Deep Intelligence Across Industries

SkyWater is the largest exclusively US-based semiconductor foundry, and the only sizeable one built around co-developing processes with customers and then manufacturing them on the same lines. It operates a DMEA-accredited Category 1A Trusted fab in Bloomington, Minnesota, a high-volume 200 mm fab in Austin, Texas, acquired from Infineon in June 2025, and an advanced packaging facility in Kissimmee, Florida. It concentrates on foundational nodes of roughly 130 nm to 65 nm, where supply continuity, radiation tolerance and long product life matter more than transistor scaling. Its customers span aerospace and defense, quantum computing, automotive, industrial and bio-health. Since July 2026 it has operated as an IonQ subsidiary under its own name, led by CEO Thomas Sonderman. It remains a merchant foundry and still serves quantum companies that compete with its parent, including D-Wave. **Company description.** In its FY2025 Form 10-K, SkyWater describes itself as "a U.S.-based, independent, pure-play semiconductor foundry providing foundational-node manufacturing, advanced technology development, and advanced packaging services through an integrated, multi-site operating model." It says its operations serve customers that "require secure, domestic manufacturing, long product life cycles, high reliability, and close engineering collaboration." The word "independent" was accurate when written. The Q2 2026 Form 10-Q dropped "pure-play" from the same description, and the IonQ transaction has since changed the ownership. **Business model.** SkyWater markets a "Technology as a Service" model with two linked offerings. Advanced Technology Services (ATS) are customer-funded development programs covering materials, device structures, process flows and packaging architectures, carried out in a production environment. Wafer Services are volume manufacturing of established platforms and of customer-specific processes that graduate from ATS. The 10-K argues that avoiding a transfer to a separate production fab can save additional qualification cycles of 12 to 24 months. Both offerings span wafer processing and advanced packaging. **Revenue model.** There are no subscription or licensing lines of any scale. Revenue is a mix of development services, per-wafer manufacturing, and pass-through tool sales. Wafer pricing is typically a fixed price per wafer. ATS contracts are mostly time-and-materials or cost-plus-fixed-fee, with a fixed-price minority that rose sharply in 2026. Tools revenue arises when SkyWater buys equipment and sells it to customers, who own it while it sits in SkyWater's fabs; it carries thin or negative margin. **ATS development:** FY2021: 92.5; FY2022: 137.9; FY2023: 210.9; FY2024: 238.6; FY2025: 212.5 **Wafer Services:** FY2021: 51.2; FY2022: 73.5; FY2023: 61.1; FY2024: 26.9; FY2025: 200.8 **Tools:** FY2021: 19.2; FY2022: 1.5; FY2023: 14.7; FY2024: 76.8; FY2025: 28.9 **Total revenue:** FY2021: 162.8; FY2022: 212.9; FY2023: 286.7; FY2024: 342.3; FY2025: 442.1 Sources: Forms 10-K FY2021 to FY2025. FY2021 ATS was originally reported as USD 111.7 million including Tools; the split shown comes from the FY2023 Form 10-K. **ATS development:** FY2021: 56.8; FY2022: 64.8; FY2023: 73.6; FY2024: 69.7; FY2025: 48.1 **Wafer Services:** FY2021: 31.4; FY2022: 34.5; FY2023: 21.3; FY2024: 7.8; FY2025: 45.4 **Tools:** FY2021: 11.8; FY2022: 0.7; FY2023: 5.1; FY2024: 22.4; FY2025: 6.5 **Value chain position.** SkyWater sits between chip designers and system makers. It manufactures for fabless firms, fab-lite integrated device manufacturers, quantum hardware developers and defense primes. It sells no chips of its own. Key inputs include silicon wafers (GlobalWafers, SEH America), sputtering targets (Honeywell, JX Metals), gases (Linde, Airgas), chemicals (EMD/Versum, CMC) and photoresist (DuPont, JSR, FUJIFILM, TOK). **Customers and end markets.** The 10-K lists five primary end markets: aerospace and defense, quantum computing, automotive, bio-health and industrial. Concentration is the defining feature of the customer base. Infineon represented 43% of FY2025 revenue, up from 7% in FY2024, and two others represented 21% and 10%. In FY2024 two customers other than Infineon represented 40% and 20%. Disclosed quantum customers and partners include D-Wave, PsiQuantum, Silicon Quantum Computing, QuamCore, Qolab and IonQ. Eight commercial quantum ATS engagements were in place at the end of 2025. **Independent characterization.** SkyWater is best understood as two businesses joined in 2025. The first is a Minnesota and Florida development house that lives on government and quantum-funded engineering work at low-teens to high-teens gross margin. The second is an Austin contract manufacturing plant supported by a four-year take-or-pay agreement with its former owner. The first supplies the strategic value and the second supplies the volume. The commercial question for the next three years is whether Austin can find third-party wafer demand before Infineon's take-or-pay protection ends in mid-2029, and whether quantum and defense ATS programs convert into production.

Onto Innovation is the second-largest US-listed specialist in semiconductor process control, after KLA. It supplies optical metrology, macro and sub-surface defect inspection, advanced-packaging lithography and analytics software to logic, memory, foundry, OSAT and specialty-device manufacturers. The company was formed in 2019 by merging Nanometrics, which was strong in optical critical-dimension (OCD) and thin-film metrology, with Rudolph Technologies, which was strong in inspection, packaging lithography and software. Its best-known franchises are the Atlas OCD platform for gate-all-around logic and DRAM, and the Dragonfly inspection and 3Di bump-metrology platform for HBM and 2.5D AI packaging. Both sit on the most AI-exposed parts of wafer-fab and back-end spending. Revenue was $1.005 billion in FY2025. Revenue reached a record $343 million in Q2 2026, and the backlog exceeded $1 billion for the first time. Two deals have broadened the portfolio into contamination and surface-charge metrology and X-ray hybrid metrology: the $527 million purchase of Semilab USA in November 2025 and the roughly $720 million purchase of a 27% stake in Rigaku Holdings in August 2026. The second was financed with $1.5 billion of zero-coupon convertible notes, which ended the company's long debt-free history. --- **What the company does.** Onto Innovation designs, develops, manufactures and supports process-control tools: high-performance metrology, defect inspection, lithography and data-analysis systems used by makers of microelectronic devices. Its instruments measure critical dimensions, film thickness and composition, overlay, three-dimensional bump and interconnect geometry, and surface-charge properties. They also detect macro, sub-surface and contamination defects on wafers, panels and packages. Its software turns this measurement data into process decisions across individual tools, tool groups and whole factories. **Company's own description.** In its filings, Onto describes itself as a leader in process control that combines global scale with a portfolio covering un-patterned wafer quality; 3D metrology spanning chip features from nanometre-scale transistors to large die interconnects; macro defect inspection of wafers and packages; metal interconnect composition; factory analytics; and lithography for advanced semiconductor packaging. The FY2025 Form 10-K states that the company operates in a single segment: designing, developing, manufacturing and supporting process-control systems, lithography and process-control software for microelectronics manufacturers. **Independent characterisation.** Onto is best understood as a portfolio of process-control niches rather than a broad-line supplier. In front-end fabs (Advanced Nodes), its core franchise is OCD and thin-film metrology. The Atlas G6 has been adopted for gate-all-around logic and DRAM, and Onto's Ai Diffract modelling software is now being licensed onto Rigaku X-ray hardware. In the back end and in specialty devices, Onto has an unusually strong position in packaging process control. Dragonfly provides 2D sub-surface inspection and 3Di bump metrology for HBM stacks and CoWoS-type 2.5D interposers. Firefly and JetStep address panel-level packaging. Semilab-derived FAaST/CnCV and Lumina-derived laser-scattering tools address power semiconductors (SiC/GaN), substrates and contamination control. KLA is the only competitor of similar breadth in these areas. Onto's value proposition is pairing hardware with software and analytics across multiple steps of the manufacturing flow. **Business model and revenue model.** Revenue is overwhelmingly from capital-equipment sales, recognised mainly on shipment or customer acceptance. Aftermarket revenue (spare parts, service contracts, upgrades) grows with the installed base. Software licences add a smaller, high-margin stream that management expects to widen through Ai Diffract licensing on Rigaku X-ray systems, which it has described as carrying close to 100% margin. Onto does not run a subscription business. **Services revenue:** FY2023: 57.9; FY2024: 60.3; FY2025: 73.2 **Systems, software and parts revenue:** FY2023: 757.9; FY2024: 927.0; FY2025: 932.1 **Total revenue:** FY2023: 815.9; FY2024: 987.3; FY2025: 1005.3 In Q2 2026, systems and software contributed $294.0 million (+37% year on year), parts $28.7 million (+45%) and services $20.4 million (+6%). **Value-chain position.** Onto is a tier-one equipment supplier selling directly to integrated device manufacturers, foundries, memory makers, OSATs, substrate and panel makers, and wafer suppliers. Its integrated metrology products (IMPULSE) are also embedded in process tools made by other equipment OEMs. That makes Onto both a direct vendor and a component supplier to other toolmakers. Manufacturing takes place in Milpitas (California), Tucson (Arizona), Wilmington (Massachusetts) and Bloomington (Minnesota). Contract manufacturers in Japan, Taiwan, Vietnam, Malaysia, Singapore and the US provide additional capacity, and Onto has been moving assembly to these "extended factories" in Asia to cut tariff exposure and shorten delivery times. **Customer types and concentration.** Three customers each accounted for 10% or more of FY2025 revenue: 20%, 15% and 14%, or 49% in total. The FY2023 Form 10-K named Samsung Semiconductor as a 19% customer that year. That figure matches "Customer B" in the FY2025 filing, which fell to 15% in FY2025. A leading HBM manufacturer signed a volume purchase agreement worth over $240 million in Q4 2025, and an OSAT placed more than $200 million of Dragonfly orders in Q2 2026. These show heavy exposure to the few companies building AI memory and packaging capacity. **End-markets served.** Advanced logic and foundry, including gate-all-around nodes; DRAM, HBM and 3D NAND; advanced packaging (2.5D/3D, HBM stacking, fan-out, panel-level, co-packaged optics and silicon photonics); specialty devices (power SiC/GaN, RF, CMOS image sensors, MEMS, LEDs/VCSELs, compound semiconductors); and silicon wafer and substrate manufacturing. In FY2025, Specialty Devices and Advanced Packaging contributed $504 million, or about half of revenue. Advanced Nodes revenue more than doubled in the year, and China accounted for less than 3% of Advanced Nodes revenue. Data-centre-related demand was about 8% of sales in the first half of 2026.

NY Creates owns and operates the Albany NanoTech Complex, a 1.65 million square foot, 300mm semiconductor research campus that it describes as North America's largest and most advanced non-profit-led facility of its kind. It functions as a neutral, pre-competitive host where chipmakers, equipment suppliers, universities and government programs develop process technology before committing it to commercial fabs. IBM, Tokyo Electron, Applied Materials, Micron, SCREEN and, from 2026, the quantum foundry Anderon all work on site. Its strategic centerpiece is the High NA EUV Lithography Center, built around an ASML TWINSCAN EXE:5200B scanner inside the new NanoFab Reflection building. The organization earns rent and grants rather than product revenue. It is best understood as state-backed, shared industrial research infrastructure, closer to Belgium's imec than to a commercial foundry, but with a much narrower revenue base and a heavier reliance on New York State. NY Creates describes itself as a "lab-to-fab bridge" for advanced electronics. Its certificate of incorporation gives it the purpose of advancing scientific research, education and economic development in New York, by attracting research projects and developing strategic assets for high-technology companies in cooperation with SUNY and Empire State Development (ESD). The Q1 2026 review describes its aim as being "the global epicenter of high-tech innovation," with a mission centered on accelerating next-generation chip research and developing the workforce behind it. Independently characterized, the organization has four functions: **Landlord and facility operator:** FRMC owns the Albany buildings on land leased from SUNY and rents cleanroom, lab, office and data center space. **Shared-tool R&D platform:** Partners run process development on a full 300mm flow. Tools are often owned by Creates, funded by state grants, and accessed through partner agreements. **Public-program host and lead:** It leads or co-leads federally funded programs, including NORDTECH and NNME Northeast, and supports AIM Photonics, whose agreement is held by the Research Foundation. **Revenue model.** All revenue falls into rent and related support, grants and contributions, or investment income. There is no reported product, subscription or licensing line in the consolidated statements. In FY2025, rental revenue and other support was 32.8% of total support and revenue, grants and contributions 66.2%, and interest 1.0%. The grant share is unusually high because of state funding for NanoFab Reflection and the High NA tool. Research Foundation access agreements with semiconductor partners sit partly outside Creates' consolidated accounts, so the economic activity on campus is much larger than Creates' reported revenue. **Value chain position.** Creates sits upstream of manufacturing, between university research and commercial fabs. It does not sell chips. Its output is validated process flows, tool learning, prototypes and trained people, which partners take to production. **Customer types.** These are semiconductor manufacturers, equipment and materials suppliers, startups, universities, federal agencies, defense programs and New York State itself. The State also rents data center and office space at the complex. **End-markets.** Technology work targets advanced logic and memory, AI and high-performance computing, silicon photonics, quantum computing, advanced packaging and 3D heterogeneous integration, and defense microelectronics.

CEA-Leti is one of the world's largest semiconductor research and technology organisations, and with imec in Belgium it is one of the two main pillars of Europe's pre-competitive chip R&D infrastructure. It sits between academic science and volume manufacturing. Its 300 mm and 200 mm cleanrooms, about 2,000 engineers and researchers, and a portfolio of about 3,200 patents are used to take process technologies, devices and system-level solutions from concept to industrial transfer. Its signature platforms include FD-SOI (fully depleted silicon-on-insulator), sequential and hybrid-bonded 3D integration, embedded non-volatile memory, silicon photonics, microLED, infrared imaging, MEMS, RF and silicon spin qubits. Its "lab-to-fab" model has produced industrial anchors such as STMicroelectronics' precursor EFCIS, Soitec, Sofradir/ULIS (now Lynred) and Aledia, plus more than 80 startups. Since January 2026 it has coordinated FAMES, the first EU Chips Act pilot line to become operational, a €830 million programme. That role puts the institute at the centre of Europe's semiconductor sovereignty agenda. --- ### What the institute does CEA-Leti carries out applied research in micro- and nanotechnologies and transfers the results to industry. It develops new semiconductor materials, process modules, devices, circuits, sensors and integrated systems. It prototypes them on near-industrial 300 mm and 200 mm lines, qualifies them with partners, and hands them over through licensing, joint development, dedicated partner zones inside its cleanrooms, or startup creation. In its own institutional words, CEA-Leti presents itself as a global leader in miniaturisation technologies that enable smart, energy-efficient and secure solutions for industry. It says it pioneers micro- and nanotechnologies, tailors differentiating application solutions for global companies, SMEs and startups, and tackles challenges in healthcare, energy and digital transition using pre-industrialisation facilities. Its "Who are we" page describes it as "the world's premier center for advanced semiconductor solutions", built on a lab-to-fab model that supports companies throughout the innovation lifecycle. ### Business and revenue model | Revenue / resource stream | Description | Character | |---|---|---| | Bilateral industrial R&D contracts | Paid development programmes for semiconductor manufacturers, equipment makers, materials suppliers, OEMs and fabless firms. Examples are Soitec, STMicroelectronics, GlobalFoundries, Lam Research, Applied Materials and PSMC | Service / contract research (the core) | | Multi-partner programmes | Consortium programmes with shared costs and shared IP access, such as the microLED data-link programme launched in January 2026 | Service, subscription-like | | IP licensing and technology transfer | Licences on a portfolio of about 3,200 patents, background IP access for partners, and royalties | Licensing | | Public competitive funding | EU programmes (Chips Joint Undertaking, Horizon Europe, Digital Europe), France 2030 (for example NextGen), the French National Research Agency (ANR), priority research programmes (PEPR), regional co-funding | Grant / project funding | | CEA State subsidy | Recurrent support from CEA's State grant, which pays for long-term research, infrastructure and scientific base | Institutional funding | CEA-Leti is not a profit-maximising business. It is a mission-driven public research organisation whose economic model rests on co-financing industrial R&D. Its resources come from five broad streams: **Bilateral industrial R&D contracts:** Description: Paid development programmes for semiconductor manufacturers, equipment makers, materials suppliers, OEMs and fabless firms. Examples are Soitec, STMicroelectronics, GlobalFoundries, Lam Research, Applied Materials and PSMC; Character: Service / contract research (the core) **Multi-partner programmes:** Description: Consortium programmes with shared costs and shared IP access, such as the microLED data-link programme launched in January 2026; Character: Service, subscription-like **IP licensing and technology transfer:** Description: Licences on a portfolio of about 3,200 patents, background IP access for partners, and royalties; Character: Licensing **Public competitive funding:** Description: EU programmes (Chips Joint Undertaking, Horizon Europe, Digital Europe), France 2030 (for example NextGen), the French National Research Agency (ANR), priority research programmes (PEPR), regional co-funding; Character: Grant / project funding **CEA State subsidy:** Description: Recurrent support from CEA's State grant, which pays for long-term research, infrastructure and scientific base; Character: Institutional funding Historically more than 75% of the institute's budget came from contracts (industrial plus competitive public), with the rest from the CEA base subsidy. Management has more recently described a budget of about €450 million. The institute is also a Carnot Institute (a French label that rewards research organisations for contract research with industry) and a member of IRT Nanoelec. Both bring additional performance-linked public funding. ### Position in the value chain CEA-Leti works upstream of semiconductor manufacturing, in pre-competitive and early competitive R&D. Its main roles are: **Process and module development:** for foundries and integrated device manufacturers (IDMs), for example FD-SOI node roadmaps with STMicroelectronics and GlobalFoundries. **Materials and equipment pathfinding:** with tool and materials suppliers, for example Lam Research, Applied Materials, Soitec and Wooptix. **Device and system prototyping:** for OEMs and fabless companies in imaging, photonics, sensors, RF, health and security. **Startup incubation:** and spin-off creation, including Quobly, Aledia, NcodiN-type partnerships and Moon Photonics. **Open-access pilot lines:** for European startups, SMEs, industrial groups and research organisations (FAMES). ### Customer types Customers include global semiconductor manufacturers and foundries; equipment and materials suppliers; system OEMs in automotive, aerospace, defence, telecoms and consumer electronics; medical-device companies; startups and SMEs; hyperscalers and AI-system builders (targeted through the microLED interconnect programme); and public agencies such as the European Commission, the Chips Joint Undertaking, the French State and the European Space Agency. ### End-markets served | End-market | Representative CEA-Leti activity | |---|---| | Computing and AI | 3D integration, hybrid bonding, chiplets, in-memory compute, photonic and microLED interconnects for AI clusters | | Mobile, IoT and edge | FD-SOI low-power logic, embedded non-volatile memory, RF front-ends | | Telecommunications | RF SOI power modules, 5G/6G components, silicon photonics transceivers | | Automotive and mobility | SiC substrates (with Soitec), power electronics, radar system-in-package, LiDAR | | Imaging and displays | Infrared detectors (Lynred lineage), microLED and microdisplays (Aledia, Propolys) | | Healthcare | Non-invasive sensors, implantable and medical micro-batteries, lab-on-chip | | Security and defence | Hardware security on FD-SOI, embedded cryptography, radiation-hard electronics | | Quantum | Silicon spin qubits on 300 mm FD-SOI, superconducting 3D interconnects, cryo-electronics | | Space | Magnetometers (ESA NanoMagSat mission contribution) | | Energy | Power management integrated circuits and micro-energy storage | **Computing and AI:** Representative CEA-Leti activity: 3D integration, hybrid bonding, chiplets, in-memory compute, photonic and microLED interconnects for AI clusters **Mobile, IoT and edge:** Representative CEA-Leti activity: FD-SOI low-power logic, embedded non-volatile memory, RF front-ends **Telecommunications:** Representative CEA-Leti activity: RF SOI power modules, 5G/6G components, silicon photonics transceivers **Automotive and mobility:** Representative CEA-Leti activity: SiC substrates (with Soitec), power electronics, radar system-in-package, LiDAR **Imaging and displays:** Representative CEA-Leti activity: Infrared detectors (Lynred lineage), microLED and microdisplays (Aledia, Propolys) **Healthcare:** Representative CEA-Leti activity: Non-invasive sensors, implantable and medical micro-batteries, lab-on-chip **Security and defence:** Representative CEA-Leti activity: Hardware security on FD-SOI, embedded cryptography, radiation-hard electronics **Quantum:** Representative CEA-Leti activity: Silicon spin qubits on 300 mm FD-SOI, superconducting 3D interconnects, cryo-electronics **Space:** Representative CEA-Leti activity: Magnetometers (ESA NanoMagSat mission contribution) **Energy:** Representative CEA-Leti activity: Power management integrated circuits and micro-energy storage ### Independent characterisation CEA-Leti works like a national-champion contract research foundry. It is a non-profit with industrial-grade infrastructure (more than 700 process tools before FAMES added about 80 more), and it monetises know-how rather than wafers. Its strategic value comes from three assets that are hard to copy: an unusually broad technology base in "More than Moore" specialty technologies, which competes less with imec's leading-edge logic scaling than complements it; deep ties to the Grenoble–Crolles manufacturing cluster (STMicroelectronics, Soitec, Lynred); and its role as Europe's designated FD-SOI hub under the Chips Act. Its main economic sensitivity is to public funding cycles, both French and EU, and to the R&D budgets of a fairly concentrated set of industrial partners.

Imec is the world's largest independent research and innovation centre for nanoelectronics and digital technology. It sits upstream of the commercial chip industry, running a 300mm pilot line in Leuven where competing chipmakers, equipment and materials suppliers, fabless designers, hyperscalers and start-ups work on pre-competitive technology three to ten years from production. It is a non-profit without shareholders, funded by a mix of partner contracts, Flemish, Dutch and European public programmes, and service income. Its importance is out of proportion to its EUR 1.2 billion revenue: it hosts ASML's EXE:5200 High NA EUV scanner, leads the EUR 2.5 billion NanoIC pilot line under the EU Chips Act, and publishes the logic roadmap the sector follows towards the A3 generation. IC-Link adds design and manufacturing services, while imec.ventures, imec.istart and the independent imec.xpand fund turn research into companies. Geopolitics is now the main constraint on its neutral, global model. Imec describes itself as a world-leading research and innovation hub in advanced semiconductor technologies. Its stated vision is to strive for the impossible, aim for disruptive innovation and maximise positive social impact through sustainable solutions. The strategy in its 2023 report rests on four principles: continuing the functional miniaturisation of semiconductors for the next decade; applying its expertise to society's major challenges; driving electronic and digital system innovation towards a sustainable society; and pairing global technology leadership with local civic engagement where it operates. Independently characterised, imec is a shared R&D utility for the semiconductor industry. Developing a next-generation process alone has become too costly and too interdisciplinary for any one firm, so companies pay to share early-stage learning, tools and people in one cleanroom. Imec's value comes less from selling a product than from concentrating the ecosystem in one place. Its neutrality is an asset that has to be maintained: no single firm or state controls a large share of its budget, which is why the former chief executive called it the "Switzerland of semiconductors" (The Economist, 2021). Three business models are set out in the Annual and Sustainability Report 2023: **Collaboration on research and development:** How it works: Multi-partner core programmes with shared cost and shared results, plus bilateral projects. Partners often station their own engineers in Leuven. Standard research contracts run three to five years (The Economist, 2021); Revenue character: Multi-year research fees **Innovative services and solutions:** How it works: IC-Link provides ASIC design, multi-project wafers, manufacturing, assembly, packaging, test and qualification; Europractice serves academia; Revenue character: Service and low-to-high-volume production income **Tailor-made support for technology start-ups:** How it works: Spin-off creation through imec.ventures, acceleration through imec.istart, and investment through the independently managed imec.xpand; Revenue character: Equity interests and ecosystem value The revenue model is therefore mainly contract research, with service income and public grants alongside it. Subscription-style programme membership is close to a recurring revenue stream, although contracts are finite. Licensing of imec background IP is part of the commercial offer, but its value is not separately reported. **Value chain position.** Imec operates before the commercial foundry and IDM stages. Academic concepts enter its pipeline from more than 200 university partners, are proven on industry-grade 300mm tools, and pass to partners as process modules, process design kits and know-how. **Customer types.** They include foundries and IDMs (TSMC, Samsung, Intel, GlobalFoundries, Rapidus), memory makers, equipment and materials suppliers (ASML, Applied Materials, Lam Research, Tokyo Electron, ASM, SCREEN, Air Liquide), fabless and system companies (Amazon, Apple, Google, Meta, Microsoft), EDA vendors, automotive OEMs and Tier 1 suppliers, SMEs, start-ups, universities and public bodies. In 2025 imec counted more than 600 industry partners. **End markets.** Computing and AI infrastructure lead, followed by health and life sciences, automotive, communications, energy, industry, agrifood, security, space and infotainment.

Qingyi Photomask is the oldest and largest independent photomask maker in mainland China. It produces quartz and soda-lime master patterns that panel makers and chipmakers use to transfer circuit images onto glass and silicon. About four-fifths of revenue comes from flat-panel-display masks for TFT-LCD, AMOLED and LTPS lines, where Omdia ranked it fourth worldwide and first in China by 2024 sales. The rest comes mainly from semiconductor masks for power devices, foundry and advanced packaging. Here it is in volume production at 180nm, in small batches at 150nm, and in qualification at 55nm. It has plants in Shenzhen and Hefei and a RMB 3.5 billion Foshan campus that started up in late 2025. Its investment case rests on substituting imports in high-precision AMOLED, HTM and PSM masks, and on climbing the semiconductor node ladder toward 28nm. Japanese, US and Korean incumbents still dominate both markets. **What the company does.** A photomask, also called a mask or reticle (掩膜版/光罩), is a high-precision plate that carries a circuit or pixel pattern. Downstream lithography tools project the pattern repeatedly onto wafers or display glass. Qingyi designs (data processing), writes (laser or electron-beam lithography), develops, etches, inspects, repairs and pellicles these masks to customer specifications. Each mask is custom, so the company works on a made-to-order basis ("以销定产"). Production is fully in-house with no outsourced processing, and the company sells directly to manufacturers. Market development combines its own sales force with agents. **Company's own description (FY2025 annual report).** The company describes itself as engaged in the R&D, design, production and sale of photomasks. It calls itself one of the earliest-established and largest photomask manufacturers in China. Its products are high-precision tools that serve as the pattern "negative" in downstream manufacturing. They are classified by substrate into quartz masks and soda-lime masks. They are applied in flat-panel displays, semiconductor chips, touch panels and circuit boards. End devices include televisions, smartphones, notebooks, tablets, wearables, automotive electronics, AI hardware, network communications, home appliances, LED lighting and industrial electronics. **Revenue model.** Revenue is almost entirely product sales of custom masks; there is no subscription or licensing income of note. Pricing is per mask set or per plate. Price rises steeply with substrate size (panel generation), critical-dimension (CD) tolerance, registration accuracy, layer complexity and technology type: binary, half-tone (HTM) or phase-shift (PSM). Because every new display model or chip design needs a new mask set, demand follows design starts and model refreshes as much as end-unit volumes. This gives the business partly recurring, consumable-like characteristics. **Value-chain position.** The company sits between material and equipment suppliers and fab operators. Upstream, it buys quartz and soda-lime substrates and resist-coated mask blanks, mostly from Japan, invoiced in yen. It buys laser writers, e-beam writers and inspection tools, mostly imported and invoiced in US dollars. Downstream, it sells to panel makers, chip foundries, IDMs, bumping and advanced-packaging houses, touch-panel makers and PCB makers. It has begun moving upstream: Hefei Qingyi's mask-blank coating line is ramping and reduces purchased-blank costs. **Customer types and named customers (FY2024–FY2025 annual reports):** **Flat-panel display:** Named customers: BOE, Visionox, HKC, Tianma, CSOT (TCL Huaxing), Truly, InfoVision, Innolux, HJC (Huajiacai) **Semiconductor chips:** Named customers: United Nova Technology (芯联集成), CRRC Times Electric, BYD Semiconductor, Sanan Optoelectronics, JCET, Tongfu Microelectronics, Amkor, Silan Microelectronics, Global Power Technology (泰科天润), GTA Semiconductor (积塔), Jiejie Microelectronics, StarPower, Sai MicroElectronics **Touch:** Named customers: BOE, Tianma **Circuit boards:** Named customers: Career Technology (紫翔电子), Avary Holding (鹏鼎控股) **Independent characterisation.** Qingyi is a capital-intensive, mid-scale specialist. It is still predominantly a display-mask company: flat-panel masks were 79.5% of FY2025 main-business revenue. Its rising mix of AMOLED/LTPS masks (RMB 516 million in FY2025, up 42.75%) has driven gross-margin expansion. The semiconductor business is strategically important but small: RMB 204 million in FY2025, about 17% of revenue. Its customers are mostly 6-inch and 8-inch lines making power devices, MEMS, compound semiconductors and bumping layers, rather than leading-edge 12-inch logic. Its competitive edge comes from three things: scale and long relationships with BOE and other Chinese panel majors, plants located near panel clusters in Hefei and the Pearl River Delta, and policy tailwinds for domestic substitution. Its weaknesses are reliance on imported writers and blanks, customer concentration, and a technology gap of several node generations to Toppan, DNP, Photronics and Hoya in semiconductor masks.

Taiwan Mask Corporation is Taiwan's only listed specialist photomask maker. It was founded in 1988 alongside TSMC and UMC as part of the ITRI spin-off wave that built the island's chip industry. Photomasks are the quartz "negatives" a wafer fab uses to expose circuit patterns, and TMC sells them as a merchant (independent) supplier. Its sweet spot is mature and mid-range logic, power, analog and specialty nodes. It began on 0.35 µm and 0.18 µm masks for 6-inch and 8-inch fabs and has moved up to 12-inch masks at 90/80/65/55 nm, with 40 nm in volume ramp and 28 nm in customer qualification. Its customers are leading Taiwanese and Korean foundries and IDMs. For about a decade TMC expanded into a loose group of subsidiaries covering memory packaging, touch-controller ICs, precision coating, energy and medical devices. Those businesses dragged the group to record losses in 2025. Since Star Fusion (then Softstar) bought 20% in July 2025, TMC has been divesting, closing or spinning off non-core units. It is putting the proceeds into 12-inch mid-range capacity and a 14-inch large-format mask line for 2.5D/3D advanced-packaging interposers, and it is entering semiconductor equipment services in Kyushu, Japan. **What the company does.** TMC researches, develops, manufactures and sells photomasks. It also provides technical assistance, consulting, inspection, maintenance and repair services for those products. Its business registration also covers steel-structure welding and machinery manufacturing, reflecting the laser-welding activity later spun into a separate subsidiary. The consolidated group (TMC and subsidiaries) has also made and sold integrated circuits, provided precious-metal coating, 3D printing and plastic-mould design, packaging and testing, power-component design, energy technical services, and medical-equipment manufacturing and distribution. **The company's own description.** The latest financial statements describe the group's main activities as the research, development, manufacture and sale of photomasks and integrated circuits; technical assistance, consulting, inspection and repair services for those products; and the manufacture and trade of medical equipment. **Independent characterisation.** In economic terms TMC is a single-product merchant mask shop inside a holding structure that is being simplified. Revenue is almost entirely product revenue: each photomask is custom-made to a customer's design and sold per mask or per mask set. There is no material subscription or licensing income. Data-preparation services such as mask rule checks, remote job-deck viewing (JDV) and CAD layout services are part of the order flow rather than a separate revenue line. On a parent-only basis, photomask products make up about 96% of sales and other operating units about 4%. At the consolidated level, the core mask business was roughly 60% of group revenue in early 2026. Parent revenue of NT$3,615 million in FY2025 was 59.9% of consolidated revenue of NT$6,038 million. **Value-chain position.** TMC sits between IC design and wafer fabrication. A finished chip design must be turned into a mask set before the fab can expose wafers, so mask orders lead foundry wafer starts and are an early signal of turns in the foundry cycle. Upstream, TMC buys mask blanks (mainly from Japanese makers) and e-beam and laser writers, inspection and repair tools. Downstream, it supplies foundries, IDMs and fabless designers that order masks for mature-node tape-outs. **Customer types and end-markets.** Disclosed and reported customers include TSMC, Vanguard International Semiconductor, DB HiTek (Korea), UMC, GlobalFoundries and WIN Semiconductors. End-markets are the mature-node and specialty segments: power management, display drivers, MCUs, CMOS image sensors, analog/mixed-signal, compound-semiconductor RF, automotive and industrial chips. The 14-inch line now being installed targets CoWoS-class silicon interposers and bump layers for AI and high-performance-computing packages. **Revenue model mix.** **Photomask products:** Share of parent revenue (latest): 96.1; Comment: Custom binary and phase-shift masks; per-mask pricing **Other operating units:** Share of parent revenue (latest): 3.9; Comment: Services, laser welding and other activities before spin-off

NuFlare Technology is a Yokohama-based specialist in semiconductor manufacturing equipment and a wholly owned Toshiba subsidiary. Its core product is the electron-beam mask writer, the tool that draws circuit patterns onto the photomasks used in lithography. The company traces this technology to Toshiba research of the 1970s. It claims the top global position in single-beam mask writers and competes with the IMS Nanofabrication and JEOL alliance in multi-beam writers for EUV-era nodes. Mask inspection systems and SiC and GaN epitaxial reactors complete the portfolio. Revenue reached a record ¥138.0 billion in FY2026, up 77% year on year, with a 25.7% operating margin. Its strategic value exceeds its size: few suppliers can pattern leading-edge masks, and Toshiba's 2020 defense against Hoya's rival bid showed how strongly its owner values that position. NuFlare is named in market studies of the photomask services industry, but it does not sell mask-making services. It supplies the writers and inspection tools that captive mask shops and merchant mask makers use. NuFlare describes its business as the development, manufacture, sale and maintenance of semiconductor manufacturing equipment centered on three products: electron-beam mask writers, mask inspection systems and epitaxial growth systems. Its management vision, "NuFlare, Beyond The Leading Edge," commits it to contributing to the semiconductor industry, society and mankind through leading-edge equipment. An independent reading is narrower. NuFlare is primarily a concentrated capital-goods supplier to a handful of advanced mask lines. Roughly nine-tenths of revenue came from mask writers in the last years of product disclosure, and President Masato Saito named this concentration as a key challenge in August 2026. Epitaxy and inspection are options on diversification, not yet comparable profit pools on the available evidence. **Value chain position.** A mask writer sits upstream of wafer lithography. A blank from suppliers such as Hoya or AGC is coated and patterned with a mask writer, inspected, repaired and then used in steppers and scanners. Any pattern defect repeats across wafers, which makes writer accuracy and reliability central to device yield. **Business model.** Sales are order-driven and lumpy, with unit prices that were estimated at US$15–20 million per e-beam tool in 2006. Revenue also includes maintenance, service and parts, which were not split out separately. The FY2019 Securities Report shows the rhythm: first-quarter sales were only ¥3.1 billion against ¥57.8 billion for the full year. Customers pay advances, which stood at ¥10.8 billion at March 2018 and ¥6.6 billion at March 2019. Installed-base support is a stated growth objective, and in February 2022 Toshiba described recurring support and maintenance as a business to expand. **Revenue mix.** Product, service and parts revenue are not separately published. The company has no disclosed subscription or licensing revenue. **Customer types.** Customers are captive mask shops within logic, foundry and memory makers, merchant mask makers and epitaxial wafer or power-device makers. Customers above 10% of sales included TSMC and Samsung in FY2019, and AMTC, Samsung and TSMC in FY2018. GlobalFoundries, Intel, SK hynix and TSMC appeared in FY2017. An older industry account also lists DNP, Toppan and Intel as customers. **End-markets.** Demand derives from advanced logic and memory scaling, EUV and High-NA EUV adoption, mature-node mask capacity in emerging markets and SiC and GaN power devices.

IMS Nanofabrication is the hidden champion behind every advanced chip made today. The Austrian company invented and commercialised the electron multi-beam mask writer (MBMW). This machine writes the nanometre-scale circuit patterns onto the quartz photomasks, or reticles, that lithography scanners then project onto silicon wafers. Older variable-shaped-beam (VSB) writers fire one shaped beam at a time. IMS's systems switch up to about 590,000 individually programmable electron beamlets in parallel, so write time stays the same however complex the pattern is. That property has become essential for extreme-ultraviolet (EUV) masks, for the curvilinear mask shapes produced by inverse lithography, and for high-NA EUV. Industry analysts put IMS's share of production multi-beam mask writers above 95%. Leading-edge logic, DRAM, NAND and image-sensor makers all depend on its tools. Intel owns 68%, Bain Capital about 20% and TSMC about 10%, which values IMS at about USD 4.3 billion. --- ### What the company does IMS Nanofabrication designs, builds, installs and services electron multi-beam mask writers. These are the lithography tools that pattern photomasks, the master stencils used in optical (193 nm immersion) and EUV wafer lithography. A photomask carries the circuit layout of one chip layer at four times wafer scale. A leading-edge design needs dozens of masks, and SemiAnalysis estimates that a full mask set at a 3 nm-class node can cost as much as USD 50 million. Masks also wear out and must be repaired or rewritten, so mask-writing capacity scales with the number of new designs, the number of mask layers per design and the number of EUV scanners installed around the world. IMS's core technology is a programmable aperture-plate system: a CMOS-addressable "blanking aperture array" that splits one broad electron beam into hundreds of thousands of beamlets, each of which can be switched on and off individually. The first commercial architecture used 262,144 beams (a 512 × 512 array), with a data path upgraded in 2016 to 120 Gbit/s. The latest architecture uses about 590,000 beams (IMS keynote abstract, Austrochip 2026). Because every pixel is exposed in parallel, write time is set by the area covered and the resist dose, not by how many shapes the pattern contains. VSB write times, by contrast, explode as optical proximity correction and curvilinear inverse lithography technology (ILT) multiply the shot count. IMS states that its MBMW cuts write time by more than ten times compared with VSB systems. ### Company's own description The company calls itself a multidisciplinary high-tech company working at the nanoscale, specialising in innovations in electron-beam lithography, and the global market leader for multi-beam mask writers used to produce integrated circuits. Its corporate tagline is "We write the future." The company describes its customers as the world's largest chip manufacturers, who rely on IMS technology to produce current and future chip generations, and calls itself the "hidden champion" of the semiconductor industry. In Intel's SEC filings IMS is described as a business that develops and produces electron-beam systems for the semiconductor industry. ### Business model and revenue model | Revenue stream | Nature | Characterisation | |---|---|---| | New tool sales (MBMW systems) | Capital equipment, multi-million-dollar unit price per tool | Dominant share of revenue; lumpy and tied to mask-shop capex cycles | | Upgrades and field retrofits (e.g., 201 → 201+, data-path and software upgrades) | Equipment / engineering services | Extends the life of the installed base; shown by job postings for regular software and configuration upgrades on customer tools | | Installed-base service, spare parts and support | Recurring service contracts, on-site field engineering | Grows with the installed base (about 50 tools in the field as of mid-2023); supported by local teams in Taiwan, Korea, the US, Japan and Germany | | Application and integration engineering | Technical services bundled with tool sales | Customer-facing technology integration managers focused on productivity and cost of ownership | | Licensing | No disclosed licensing programme | Not a disclosed revenue stream | **New tool sales (MBMW systems):** Nature: Capital equipment, multi-million-dollar unit price per tool; Characterisation: Dominant share of revenue; lumpy and tied to mask-shop capex cycles - **Upgrades and field retrofits (e.g., 201 → 201+, data-path and software upgrades)** — Nature: Equipment / engineering services; Characterisation: Extends the life of the installed base; shown by job postings for regular software and configuration upgrades on customer tools **Installed-base service, spare parts and support:** Nature: Recurring service contracts, on-site field engineering; Characterisation: Grows with the installed base (about 50 tools in the field as of mid-2023); supported by local teams in Taiwan, Korea, the US, Japan and Germany **Application and integration engineering:** Nature: Technical services bundled with tool sales; Characterisation: Customer-facing technology integration managers focused on productivity and cost of ownership **Licensing:** Nature: No disclosed licensing programme; Characterisation: Not a disclosed revenue stream The split between product and service revenue is not publicly disclosed. The business follows the classic semiconductor-equipment model: high-value systems carrying technology premiums, sold to a concentrated customer base, followed by a long tail of service, upgrade and spare-parts revenue over a tool life of usually more than a decade. ### Value-chain position IMS sits upstream of the wafer fab in the photomask supply chain: 1. **Chip designers / EDA** produce the layout, with OPC and ILT corrections. 2. **Mask blank suppliers** (largely Japanese) supply coated quartz or EUV multilayer blanks. 3. **Mask writers** — IMS (multi-beam), NuFlare (VSB and multi-beam), plus laser writers for less critical layers — expose the pattern onto the blank. 4. **Mask shops** — captive shops at Intel, TSMC and Samsung, and merchant shops such as Photronics, DNP and Tekscend Photomask (formerly Toppan Photomask) — process, inspect, repair and pellicle the mask. 5. **Wafer fabs** use the mask in ASML scanners (EUV, high-NA EUV, DUV immersion). IMS's equipment therefore enables the whole EUV and high-NA EUV ecosystem. The company has been named in photomask-services market research (for example, Wantstats' Global Semiconductor Photomask Services Market study) as a key ecosystem participant. Its role is that of the critical tool supplier to mask shops, not a merchant mask maker. ### Customer types and end-markets | Customer type | Examples (public evidence) | Notes | |---|---|---| | Captive mask shops of integrated device makers and foundries | Intel Mask Operation (Hillsboro, Oregon); TSMC (development partner since 2012); Samsung (has described EUV mask-writing practice publicly) | Leading-edge logic and memory | | Merchant mask makers | DNP (MBMW user since 2017); Photronics (consortium partner); Tekscend Photomask / AMTC Dresden (first MBMW in Europe, an MBMW-100 Flex) | Serve fabless and foundry customers | | Memory makers | IMS service locations in Boise (Idaho), Cheongju and Pyeongtaek/Dongtan (Korea) match DRAM and NAND clusters | SemiAnalysis notes all advanced DRAM depends on IMS tools | | Research institutes | Fraunhofer Institute for Silicon Technology (partner) | Historic research tool sales (IPL era) | **Captive mask shops of integrated device makers and foundries:** Examples (public evidence): Intel Mask Operation (Hillsboro, Oregon); TSMC (development partner since 2012); Samsung (has described EUV mask-writing practice publicly); Notes: Leading-edge logic and memory **Merchant mask makers:** Examples (public evidence): DNP (MBMW user since 2017); Photronics (consortium partner); Tekscend Photomask / AMTC Dresden (first MBMW in Europe, an MBMW-100 Flex); Notes: Serve fabless and foundry customers **Memory makers:** Examples (public evidence): IMS service locations in Boise (Idaho), Cheongju and Pyeongtaek/Dongtan (Korea) match DRAM and NAND clusters; Notes: SemiAnalysis notes all advanced DRAM depends on IMS tools **Research institutes:** Examples (public evidence): Fraunhofer Institute for Silicon Technology (partner); Notes: Historic research tool sales (IPL era) End-markets ultimately served are AI and data-centre accelerators, mobile SoCs, PC processors, DRAM/HBM, NAND and CMOS image sensors — every product built on EUV or advanced 193i patterning. ### Independent characterisation IMS is effectively a single-product-family, near-monopoly equipment supplier with a moat built on two decades of charged-particle-optics research, proprietary CMOS aperture-plate MEMS, extreme data-path engineering and a deeply embedded installed base. It has a structural position similar to ASML's in EUV scanners, at far smaller scale. Its economics are driven less by wafer volume than by mask complexity (curvilinear ILT, EUV, high-NA EUV) and by the number of new designs, which AI-driven custom silicon is multiplying. Its main structural weaknesses are customer concentration in a handful of mask shops, a single credible competitor (NuFlare Technology, part of Toshiba) and an ownership structure that ties it to the strategic and financial fortunes of Intel.

Lasertec is a Yokohama-based maker of optical inspection and metrology systems. Its main market is photomask and mask-blank inspection for leading-edge semiconductor lithography. It is the only commercial supplier of actinic inspection systems, which inspect extreme-ultraviolet (EUV) mask blanks and patterned masks using the same 13.5 nm wavelength as the exposure tool. This makes its ACTIS and ABICS platforms a gating step for every chipmaker and mask shop running EUV lithography at 5 nm-class nodes and below, and in the transition to High-NA EUV. The company runs a fab-light model: it designs, integrates and qualifies systems in Yokohama and outsources much of the component manufacturing. This model has supported operating margins of 36–49% across FY2022–FY2026, zero financial debt, and ROE above 33%. Its revenue is highly cyclical and concentrated in a handful of foundry, logic and memory customers. Lead times run more than a year, and deliveries are recognised in large, uneven blocks. --- **What the company does.** In its annual disclosures, Lasertec describes its business as the development, manufacture, sale and servicing of inspection and measurement equipment that applies optical technology. It describes its core competence as the combination of optics, precision mechanics, electronics and software, which the company calls "opto-mechatronics." For segment reporting it treats itself as a single segment, "inspection and measurement equipment." It discloses sales and orders in three product categories: **Semiconductor-related products:** EUV and DUV photomask inspection (ACTIS, MATRICS), mask-blank inspection (ABICS, MAGICS), EUV mask backside inspection and cleaning (BASIC), pellicle inspection (PELMIS), wafer and wafer-edge inspection (CIRIUS, CIEL), and compound-semiconductor wafer inspection (SICA for silicon carbide, GALOIS for gallium nitride). **Other products:** confocal and laser microscopes (OPTELICS), electrochemical visualisation systems for lithium-ion battery research (ECCS), and flat-panel-display (FPD) related systems. **Services:** maintenance, spare parts, upgrades and relocation support for the installed base. **Revenue model.** Lasertec is a capital-equipment vendor with a growing recurring service stream. In FY2026, product sales were 74.6% of revenue (semiconductor-related 72.9%, other products 1.6%) and services were 25.4%. A year earlier the services share was about 17%. The company does not report software subscription or licensing revenue. Equipment revenue is recognised on customer acceptance (*kenshu*). Because a single ACTIS system sells for a high unit price, quarterly revenue can swing by tens of billions of yen depending on when acceptances land. Customers pay large advances on order. Advances received were ¥64.4bn at June 2025 and ¥44.3bn at June 2026. These advances fund a very large work-in-process inventory, which was ¥167.8bn at June 2026. **Value-chain position.** Lasertec sits in the process-control layer of wafer-fab equipment, specifically the photomask segment. Its systems are used at three points: 1. **Mask-blank makers**, which supply the multilayer EUV blanks. They use ABICS for actinic blank inspection. 2. **Mask shops**, both merchant shops and the captive shops of large chipmakers. They use ACTIS, MATRICS, MAGICS and BASIC for outgoing inspection. 3. **Wafer fabs**. They use ACTIS and PELMIS for incoming inspection and periodic requalification of masks, including through-pellicle inspection. Wafer fabs have become a large source of demand because each EUV-exposure line needs its own mask requalification capacity. Company commentary has put order mix between mask shops and fabs at roughly half each in recent years. **Customer types and end-markets.** The customers are leading-edge foundries, logic integrated device manufacturers (IDMs), DRAM and HBM makers, merchant mask shops and blank suppliers. Lasertec's FY2026 Business Report ties demand to AI data-centre investment, specifically leading-edge CPUs, GPUs and high-bandwidth memory. A secondary market is wide-bandgap power semiconductors (SiC, GaN) for electric vehicles and industrial electrification. Management said in FY2026 that investment in that market "remains slow." A small residual business serves universities, materials laboratories and battery researchers through microscopes. **Independent characterisation.** Lasertec is effectively a single-technology franchise. Actinic EUV mask inspection supplies most of its product revenue. In FY2025, ACTIS alone generated ¥114.8bn of ¥251.5bn in sales, plus a large share of the ¥43.0bn of services. Its economics are monopoly-like at the leading edge and cyclical in timing. The installed base of EUV inspection tools now produces services revenue (¥58.6bn in FY2026) that roughly equals Lasertec's entire FY2020 revenue base. That gives the company a recurring income floor it did not have in the last downturn. The main strategic questions are: - whether the actinic lead holds through High-NA EUV and the 1.4 nm (A14) generation; - whether order volatility can be smoothed; - whether wafer-inspection and power-device products can become a meaningful second leg.

Dai Nippon Printing is Japan's second-largest printing group by revenue, after TOPPAN Holdings. Over 150 years it has turned the core skills of printing (fine patterning, precision coating, lamination and secure handling of information) into a diversified manufacturing and services business. DNP calls this capability "P&I", for Printing and Information. FY2025 net sales were ¥1.51 trillion. The group has three segments. Smart Communication covers secure IC cards, BPO, photo-imaging media, publishing and marketing. Life & Healthcare covers packaging, building materials, battery pouches, solar encapsulants, pharmaceuticals and the Hokkaido Coca-Cola bottler. Electronics covers semiconductor photomasks, OLED metal masks and display optical films. Electronics earns half of segment profit on about one-sixth of sales. DNP is one of the world's largest merchant photomask suppliers and a strategic partner to Japan's national 2nm foundry project, Rapidus. It is also building positions in nanoimprint templates for Canon's lithography tools and in glass-core substrates for AI-chip packaging. Since activist pressure in 2023, DNP has paired portfolio reform with heavy buybacks and now targets ¥130bn operating profit and a 10% ROE by FY2028. --- ### What the company does DNP turns microfabrication, coating, information-processing and secure-handling capabilities into products and services for a wide range of end markets. At one end are commoditised printed matter, such as magazines, catalogues and commercial print. At the other are some of the most technically demanding consumables in electronics: EUV photomasks, nanoimprint templates and fine metal masks that pattern OLED pixels. The group describes this as "P&I Innovation", meaning new value created by combining printing technology with information technology. The business model is mainly business-to-business manufacturing and services. Most revenue comes from making physical products to customer specifications: masks, films, cards, packaging, printed matter and pharmaceutical ingredients. A growing share comes from services, including business process outsourcing (BPO), contact centres, card personalisation, data management, digital marketing, library services and education platforms. The Hokkaido Coca-Cola Bottling subsidiary adds consumer revenue from beverages. Licensing and subscriptions are small and are not reported separately. ### The company's own description In its latest results and medium-term plan materials, DNP describes itself as a company that creates "products and services that become the norm of the future" by pursuing P&I Innovation. Its corporate tagline is 「未来のあたりまえをつくる。」 ("Creating the future's everyday"). It names focus business areas in each segment where it concentrates investment. These include Information Security, Photo Imaging, Mobility (battery pouches and related materials), Medical & Healthcare, Digital Interface (displays) and Semiconductors. The remaining businesses are classed as "stable" or "for reforming" and are managed for cash generation and restructuring. ### Independent characterisation DNP is best read as a portfolio of three different businesses. 1. **A high-margin precision electronics materials business.** Photomasks, nanoimprint templates, OLED metal masks and optical films earned ¥50.7bn of operating profit in FY2025 at a 20.1% margin. This business is technically differentiated and has few competitors. It is exposed to the semiconductor and display capex cycles, and it drives most of DNP's equity story. 2. **A mid-margin secure-information and imaging franchise.** IC payment and ID cards, BPO and dye-sublimation photo media sit alongside a large, structurally declining domestic print and publishing base. This is being restructured. 3. **A low-to-mid-margin materials and consumer business.** Packaging, interior and building materials, battery pouches, solar encapsulants, pharmaceutical APIs and beverages. Restructuring has lifted this segment's margin from 2.8% to 7.3% in two years. The investment case rests on whether the group can move profit toward the first category faster than the print base declines, while continuing to return surplus capital. ### Value-chain position, customers and end markets | Business area | Value-chain position | Customer types | End markets | |---|---|---|---| | Semiconductor photomasks and nanoimprint templates | Tier-1 consumable supplier to wafer fabs and lithography tool makers | Foundries, IDMs, memory makers, Rapidus, Canon (nanoimprint) | Logic, memory, power, MEMS | | Glass-core substrates (TGV) | Advanced packaging materials | Substrate makers, OSATs, chip designers | AI and data-centre packaging | | OLED metal masks and optical films | Component supplier to panel makers | OLED and LCD panel makers | Smartphones, IT, TV, automotive displays | | IC cards, BPO, security printing | Manufacturer and service operator | Banks, card schemes, telecoms, governments, insurers | Payments, identity, telecoms, public sector | | Photo-imaging media | Consumables and printer OEM | Photo retailers, kiosks, event photographers | Consumer photo, ID photo | | Publishing, commercial print, bookstores, library services | Printer, distributor, retailer | Publishers, retailers, municipalities, libraries | Publishing, retail, education | | Packaging | Converter and system supplier | Food, beverage, personal care and pharmaceutical brand owners | Consumer staples | | Battery pouches, solar encapsulants | Materials supplier | Battery cell makers, PV module makers | IT devices, EVs, renewables | | Pharmaceuticals (API, formulation, packaging) | CDMO and API maker | Pharmaceutical companies | Generic and new drugs | | Beverages | Bottler (Coca-Cola system) | Retailers, vending | Hokkaido consumer market | **Semiconductor photomasks and nanoimprint templates:** Value-chain position: Tier-1 consumable supplier to wafer fabs and lithography tool makers; Customer types: Foundries, IDMs, memory makers, Rapidus, Canon (nanoimprint); End markets: Logic, memory, power, MEMS **Glass-core substrates (TGV):** Value-chain position: Advanced packaging materials; Customer types: Substrate makers, OSATs, chip designers; End markets: AI and data-centre packaging **OLED metal masks and optical films:** Value-chain position: Component supplier to panel makers; Customer types: OLED and LCD panel makers; End markets: Smartphones, IT, TV, automotive displays **IC cards, BPO, security printing:** Value-chain position: Manufacturer and service operator; Customer types: Banks, card schemes, telecoms, governments, insurers; End markets: Payments, identity, telecoms, public sector **Photo-imaging media:** Value-chain position: Consumables and printer OEM; Customer types: Photo retailers, kiosks, event photographers; End markets: Consumer photo, ID photo **Publishing, commercial print, bookstores, library services:** Value-chain position: Printer, distributor, retailer; Customer types: Publishers, retailers, municipalities, libraries; End markets: Publishing, retail, education **Packaging:** Value-chain position: Converter and system supplier; Customer types: Food, beverage, personal care and pharmaceutical brand owners; End markets: Consumer staples **Battery pouches, solar encapsulants:** Value-chain position: Materials supplier; Customer types: Battery cell makers, PV module makers; End markets: IT devices, EVs, renewables **Pharmaceuticals (API, formulation, packaging):** Value-chain position: CDMO and API maker; Customer types: Pharmaceutical companies; End markets: Generic and new drugs **Beverages:** Value-chain position: Bottler (Coca-Cola system); Customer types: Retailers, vending; End markets: Hokkaido consumer market

Tekscend Photomask is the world's largest merchant supplier of semiconductor photomasks, the patterned master plates that transfer circuit designs onto silicon wafers. Carved out of Toppan in 2022 with private equity firm Integral as co-investor, it listed in Tokyo in October 2025 in Japan's second-largest IPO of that year. It held 37.8% of the merchant market in 2024 on SEMI data. Its masks span leading-edge EUV development through high-volume mature nodes, built to customer order at a network of plants in Japan, Taiwan, Korea, China, the United States, Germany and France. Short lead times make local production essential, and Tekscend describes itself as the only mask maker with facilities in Europe, the US and Asia. Its investment case rests on outsourcing by captive mask shops, more masks per chip at advanced nodes, and new capacity in Singapore, Korea and Texas. Chinese price competition is the main counterweight. **What the company does.** The Annual Securities Report (FY2026) describes the group as a manufacturer and seller of semiconductor photomasks. A photomask is a glass substrate that acts as the master for transferring a pattern in photolithography, and the company compares it to a photographic negative. Customers supply circuit pattern data. Tekscend writes that pattern with an electron beam or laser onto a mask blank, develops and etches it, then measures and inspects it against the customer's specification. **Group structure.** The company, 13 consolidated subsidiaries and 2 equity-method affiliates make up a 16-company group. The filing states that the group is a leading company in the merchant photomask market through its worldwide service network, manufacturing sites in the main chip-demand regions, and EUV-level technology. It also says it is using microfabrication know-how to open new areas such as nanoimprint molds. **Business model.** Every mask is custom and made to order, so the company has no standard catalogue in the usual sense. Order-to-delivery periods are so short that the company does not report order backlog, and its production value is treated as roughly equal to sales. Lead times are typically about two weeks for leading-edge masks and two to three days for legacy masks. Masks are bought in sets for each device, because each lithography layer needs its own mask, and sets normally go to a single vendor to protect overlay accuracy. **Revenue model.** Revenue is overwhelmingly product sales of custom masks. Small contributions come from nanoimprint molds, stencil masks and royalties on jointly developed blank materials once those materials spread through the industry. There is no subscription revenue. Contract liabilities of JPY 4,884 million at 31 March 2026 show that some customers prepay, and the company says it holds long-term supply agreements with certain customers. **Value chain position.** Tekscend sits between mask blank and equipment suppliers upstream and chipmakers downstream. It buys blanks, writers and inspection tools, many of which must be qualified by the customer. Those qualifications are themselves a switching cost, because a second vendor must match process settings already optimised for the incumbent. **Customer types and end-markets.** Customers are foundries, which outsource all or most of their masks; IDMs, which make masks in-house but outsource overflow; fabless design houses, indirectly; and research institutions. Samsung Electronics was the only customer above the 10% disclosure threshold in FY2026, at JPY 15,063 million or 11.6% of revenue. Logic and other devices were 88% of FY2026 mask sales and memory 12%. **Independent characterisation.** Tekscend is less a commodity materials business than a short-cycle, high-fixed-cost, design-driven service. Demand tracks the number of chip designs and new process introductions more closely than wafer volume, which the company itself notes makes it more sensitive to logic than to memory. Three facts define its economics: a depreciated legacy fleet that is expensive for newcomers to replicate; a reallocation system that keeps utilisation high across plants; and a captive EUV market that has barely opened to merchants. That last point is both the largest opportunity and the largest uncertainty, since the company's own 2025 forecast notice records TSMC and Samsung as producing most EUV masks in-house.

Photronics is one of the world's largest independent ("merchant") makers of photomasks: the high-precision quartz or glass plates that carry the circuit pattern lithography tools print onto semiconductor wafers and flat panel display substrates. Every new chip design needs a new mask set, so Photronics' revenue follows design releases and tape-outs rather than wafer volumes. FY2025 revenue was USD 849.3 million: 72% integrated circuit (IC) masks and 28% flat panel display (FPD) masks. Photronics says it is the largest commercial mask maker in Taiwan, the only high-end-capable commercial mask maker in the United States, and the market leader in FPD masks, especially AMOLED and large-area G10.5+/G8.6 masks. Its two Asian IC joint ventures with Dai Nippon Printing (DNP) give it scale in Taiwan and mainland China. The current strategy is to diversify by geography and move up to higher-value nodes, through a capability expansion in Allen, Texas and an extension of the Cheonan, Korea site toward 8 nm. The balance sheet carries virtually no debt and about USD 673 million of cash and short-term investments (August 2, 2026). **What the company does.** Photronics designs process flows for, manufactures and sells photomasks. A photomask is a high-purity quartz or glass substrate coated with an opaque or phase-shifting film. A mask writer (laser or electron-beam) patterns the film with the circuit or pixel geometry, which is then etched, inspected, repaired, cleaned and fitted with a pellicle. In wafer fabs and display fabs the mask serves as the master that lithography scanners and steppers use to transfer each circuit layer onto silicon wafers or glass panels. A leading-edge logic device can need dozens of mask layers, so a complete mask set for an advanced node is a high-value, custom, made-to-order product with turnaround measured in days. **Company description (FY2025 annual report).** Photronics describes itself as "a leading worldwide manufacturer of integrated circuit (IC) and flat panel display (FPD) photomasks." Its masks are "high precision photographic quartz or glass plates that contain microscopic images of electronic circuits." Photomasks are "a key element in the manufacture of ICs and FPDs" and "are used as masters to transfer circuit patterns onto semiconductor wafers and FPD substrates." The company has one reportable segment, photomask manufacturing, and sells to semiconductor and display designers, manufacturers and foundries, and to other high-performance electronics makers, through its own sales and customer-service staff. **Business model.** Almost all revenue comes from manufactured products: custom photomasks built to order from customer design data. There is no subscription or licensing revenue of any size. Revenue is recognized mostly over time as each custom mask is produced, because masks have no alternative use and the company holds an enforceable right to payment. In the FY2021 10-K disclosure, USD 606.3 million of USD 663.8 million revenue (91%) was recognized over time. Pricing is per mask or per mask set. Average selling prices rise steeply with node complexity: high-end masks (IC at 28 nm and below; FPD at G10.5+, AMOLED and LTPS) "typically have higher ASPs than mainstream photomasks." The company's backlog usually covers one to three weeks, which keeps near-term visibility low. A few high-end mask-set orders can move a quarter's revenue and margin materially. **Revenue model mix (FY2025, USD M)** **IC photomasks (product):** FY2025: 615.1; Share of revenue (%): 72.4 **FPD photomasks (product):** FY2025: 234.2; Share of revenue (%): 27.6 **Services, subscription, licensing as separate lines:** FY2025: not publicly disclosed (not reported separately); Share of revenue (%): — **Value chain position.** Photronics sits between the electronic design/EDA world and the wafer or panel fab. Upstream it buys mask blanks (coated quartz) and pellicles from a small number of specialist suppliers, and capital equipment (mask writers, inspection, metrology, repair) from a concentrated tool-vendor base. Downstream it sells to foundries, integrated device manufacturers (IDMs), memory makers, fabless designers whose tape-outs are produced at foundries, and panel makers. It competes in the merchant segment with independent mask makers and also with captive mask shops run by the largest chipmakers. Management's thesis is that captive shops are increasingly outsourcing to merchants. **Customer types and named customers.** Three customers each exceeded or approached 10% of revenue in FY2025: Customer A ≈ 16%, Customer B ≈ 13%, Customer C ≈ 8% (FY2025 10-K). Management has publicly identified its largest customers as United Microelectronics (UMC, Taiwan), Samsung (split across IC and FPD) and Semiconductor Manufacturing International Corp. (SMIC, China). The five largest customers together accounted for about 50% of revenue in FY2025 and FY2024 and 51% in FY2023. **End-markets served** **Logic and foundry (mature and advanced nodes):** Mask type: High-end and mainstream IC; Demand driver: Design releases, node migration to 28 nm and below, AI/HPC, automotive, IoT **Memory (DRAM, NAND):** Mask type: High-end and mainstream IC; Demand driver: Memory design cycles; captive outsourcing **Specialty and analog, power, MEMS, optoelectronics:** Mask type: Mainstream IC; Demand driver: Product proliferation, regional fab build-outs **U.S. Government / defense ("Trusted" microelectronics):** Mask type: High-end IC; Demand driver: Secure supply chain requirements; Boise is accredited for trusted masks **Smartphone and tablet AMOLED displays:** Mask type: High-end FPD; Demand driver: Flagship-phone launch cycles, foldables **IT OLED (laptops, tablets, monitors):** Mask type: High-end FPD (G8.6); Demand driver: New G8.6 OLED fabs in Korea and China **Large-area TV (G10.5+) and LCD:** Mask type: High-end and mainstream FPD; Demand driver: TV panel size migration; China capacity **Independent characterization.** Photronics is effectively a high-mix, capital-intensive custom manufacturer. It sells on design count rather than wafer volume, so it is less cyclical than wafer-volume suppliers but very sensitive to the number of new designs released. Its economics have three distinctive features. First, about 28–37% of consolidated net income goes to noncontrolling interests, mainly DNP's 49.99% share of the Taiwan (PDMC) and Xiamen (PDMCX) IC joint ventures. Second, a large share of consolidated cash sits inside those joint ventures. Third, it depends heavily on Asia: about 82% of FY2025 revenue was earned outside the United States. The current strategy is a deliberate reallocation of capital toward the United States and Korea, so that a larger share of revenue comes from those regions and from high-end nodes, partly offsetting rising competition in mainstream China IC.

Armis is a cyber exposure management company whose platform, Armis Centrix™, discovers, classifies and protects every connected asset in an enterprise. That covers IT endpoints and cloud workloads, unmanaged IoT devices, medical equipment, industrial control systems and the tool-level OT found on factory and fab floors. Its core differentiator is agentless, largely passive discovery backed by a crowdsourced Asset Intelligence Engine that now tracks nearly 7 billion devices. That makes it suited to environments such as semiconductor fabs, hospitals and utilities, where software agents cannot be installed and active scanning can disrupt production. Founded by Israeli intelligence-unit veterans and built in Tel Aviv and California, Armis grew from a 2017 IoT-security start-up into a USD 340-million-plus ARR platform vendor. Customers included more than 35% of the Fortune 100 and nine of the Fortune 10. ServiceNow paid USD 7.75 billion in cash in April 2026, its largest acquisition ever, to make Armis the "see" layer of its autonomous security and risk platform. Armis Centrix remains available as a standalone product. **What the company does.** Armis sells a cloud-delivered (and, since 2025, optionally on-premises) platform that builds a continuously updated inventory of every asset connected to an organisation's networks. It assesses each asset's risk and vulnerabilities, detects threats and anomalous behaviour, and drives remediation through ticketing and orchestration tools. The company describes itself as "the cyber exposure management & security company" that "protects the entire attack surface and manages the organization's cyber risk exposure in real time", seeing, protecting and managing all critical assets "from the ground to the cloud". **Independent characterisation.** Armis began in 2016–2017 as an enterprise IoT-security point product. Its insight was that a growing share of network-connected devices (printers, IP cameras, smart TVs, infusion pumps, PLCs, building-management controllers) could not run endpoint agents and were invisible to traditional tools. Armis solved this by inspecting network traffic and integrating with existing infrastructure (switches, wireless controllers, firewalls, EDR, CMDBs). It fingerprints device behaviour and compares it with a shared knowledge base built across its whole customer estate. Between 2019 and 2023 the company broadened from IoT into OT/ICS, medical devices (IoMT) and general cyber asset attack surface management (CAASM). In 2023 it consolidated these into the Armis Centrix™ brand. Through three acquisitions in 2024–25 it added vulnerability prioritisation and remediation (Silk Security), AI-driven pre-attack threat intelligence (CTCI) and on-premises, air-gapped OT security (OTORIO). It then launched application security (February 2026) and vulnerability management detection and response (March 2026). By the time of the ServiceNow transaction it competed as a broad exposure-management platform rather than an IoT niche vendor. **Business model and revenue model.** Armis's revenue is overwhelmingly recurring subscription software, reported as ARR. The platform is sold as modular product suites on annual or multi-year subscriptions, mostly as SaaS. OT environments that cannot connect to the cloud get an on-premises edition built on the acquired OTORIO Titan technology. Professional services, training (Armis University) and risk assessments are offered but are not separately disclosed. The product/service/subscription/licensing mix is not publicly disclosed. Since April 2026 Armis revenue is recognised within ServiceNow's subscription revenue line. ServiceNow disclosed that some Armis customer contracts include termination-for-convenience provisions, which limit how much contract value is counted in current remaining performance obligations. These provisions are typical of public-sector agreements. **Value-chain position.** Armis sits at the visibility and context layer of the security stack. It does not replace firewalls, EDR or SIEM tools. It feeds them and enriches their data, and it pushes asset and risk context into IT service management, CMDB and SOAR workflows. Under ServiceNow, Armis data flows into the ServiceNow Context Engine, the CMDB and the AI Control Tower, where remediation is orchestrated. **Customer types.** Armis serves large enterprises and the public sector. Before the acquisition it cited relationships with more than 40% of the Fortune 100, including 7 of the Fortune 10 (November 2025). At the April 2026 close, ServiceNow cited nine of the Fortune 10 and more than 35% of the Fortune 100. Publicly named customers include United Airlines, the US Postal Service, Ryanair, Mondelez, Reckitt and Flex (electronics manufacturing services). Others are PGP Glass (India and Sri Lanka), Multicedi (Italian grocery retail), The Princess Alexandra Hospital NHS Trust (UK) and a Sweden-based medical device manufacturer. Federal, state and local government agencies are a growing segment. Armis pursued FedRAMP High and DoD IL5 authorisations ("In Process" designation finalised March 2025). **End markets served.** Manufacturing (discrete, process and electronics/semiconductor), healthcare, critical infrastructure (energy, utilities, water), transportation and aviation, telecommunications, retail and logistics, automotive, financial services, and federal, state and local government. **Semiconductor manufacturing relevance.** Semiconductor fabs are among the most automated and connected OT environments in industry. They contain thousands of process tools running legacy embedded operating systems, automated material-handling systems and facility systems, and production downtime can cost millions of dollars per hour. Industry standards (SEMI E187 for fab equipment cybersecurity, SEMI E188 for malware-free equipment integration) and national guidance (Japan METI's OT Security Guidelines for Semiconductor Device Factories, October 2025) all emphasise asset inventory, network monitoring, segmentation and vulnerability management. Armis's agentless discovery, OT protocol awareness, on-premises option for air-gapped fab networks and NVIDIA BlueField-3 DPU deployment map onto those requirements. That is why the company appears in vendor landscapes for semiconductor manufacturing cybersecurity, alongside fab-specialist vendors such as TXOne Networks.

Dragos is the largest independent specialist in cybersecurity for operational technology (OT), the control systems that run power grids, pipelines, water utilities, factories and semiconductor fabs. Its practitioner founders came from the U.S. intelligence community and U.S. Air Force. They built the company around a three-part model: a passive network-monitoring software platform, an OT-specific threat intelligence service, and an incident response and professional services practice. The model rests on a data advantage. Dragos tracks 26 OT-focused threat groups and runs what it calls the Intelligence Fabric, which takes in more than five petabytes of OT telemetry a day across more than 600 industrial protocols. Gartner named Dragos a Leader in the first two editions of its Magic Quadrant for Cyber-Physical Systems Protection Platforms (2025 and 2026). In 2026 the company bought three businesses (Phosphorus, NetRise, runZero) to widen its scope from classic OT to "xOT", the extended operational environment, and Accenture took a majority stake at a USD 3.25 billion valuation. In semiconductor manufacturing, Dragos sells to fabs and fab-infrastructure operators as part of its manufacturing vertical. It secures tool networks, facility systems and the industrial networks behind wafer production. ### What the company does Dragos sells cybersecurity technology and services built for industrial control systems (ICS) and OT environments. These environments differ from corporate IT in ways that shape the product. Assets such as programmable logic controllers (PLCs), remote terminal units (RTUs), human-machine interfaces (HMIs), distributed control systems, safety instrumented systems and the PCs that control fab tools often run for 15–30 years. They use industrial protocols (Modbus, DNP3, EtherNet/IP, OPC UA, SECS/GEM in semiconductor fabs and many others). They usually cannot be patched or rebooted on IT timelines, and they control physical processes where a mistake can mean downtime, equipment damage or a safety incident. Dragos's main product, the Dragos Platform, passively monitors industrial network traffic to build an asset inventory, assess vulnerabilities in OT context, detect threat behaviour, and support investigation and response, without disturbing the process. The company describes itself as providing OT cybersecurity technology for industrial and critical infrastructure in pursuit of its mission "to safeguard civilization." It says the platform discovers and monitors OT, IT, IoT and IIoT assets within the OT environment and integrates with IT security infrastructure. Its customers span electric, oil and gas, manufacturing, water, transportation, mining and government. ### Business model and revenue model | Revenue stream | Nature | Pricing model | |---|---|---| | Dragos Platform (software) | Term subscription software deployed on-premises, hybrid, or as SaaS on Microsoft Azure from Q1 2026 | Recurring subscription, typically scaled by sites, sensors and monitored assets; Platform 3.0 added lower-cost options for small sites | | Threat intelligence (WorldView) | Subscription OT threat intelligence: reports, indicators, adversary profiles, vulnerability analysis | Recurring subscription | | Services | Incident response retainers, architecture reviews, compromise assessments, penetration testing, tabletop exercises, training, and OT Watch managed threat hunting | Mix of retainers (recurring) and project fees (non-recurring) | | xOT extensions (from 2026) | Phosphorus (connected-device discovery and remediation), runZero (exposure management and asset discovery), NetRise (firmware and software supply-chain analysis) | Subscription | Dragos has three revenue streams, plus a fourth added in 2026: **Dragos Platform (software):** Nature: Term subscription software deployed on-premises, hybrid, or as SaaS on Microsoft Azure from Q1 2026; Pricing model: Recurring subscription, typically scaled by sites, sensors and monitored assets; Platform 3.0 added lower-cost options for small sites **Threat intelligence (WorldView):** Nature: Subscription OT threat intelligence: reports, indicators, adversary profiles, vulnerability analysis; Pricing model: Recurring subscription **Services:** Nature: Incident response retainers, architecture reviews, compromise assessments, penetration testing, tabletop exercises, training, and OT Watch managed threat hunting; Pricing model: Mix of retainers (recurring) and project fees (non-recurring) **xOT extensions (from 2026):** Nature: Phosphorus (connected-device discovery and remediation), runZero (exposure management and asset discovery), NetRise (firmware and software supply-chain analysis); Pricing model: Subscription Dragos does not publish its split between product, subscription and services revenue. Accenture's choice to report the combined business on an ARR basis (USD 208 million, June 2026) shows that recurring subscription revenue now makes up most of the economics. Services are strategically important beyond their revenue: Dragos says its platform's strength comes from codifying its threat intelligence and the insights of its services team into the software. Incident response work produces the adversary knowledge that feeds the detection content. ### Value-chain position Dragos sits between industrial asset owners, the automation vendors that build their equipment (Rockwell Automation, Yokogawa, Emerson, Schneider Electric and others), and the IT security stack (SIEM, SOAR, endpoint detection). It is deliberately vendor-neutral. It does not make controllers or fab equipment and does not favour one automation brand, and it says it will keep that neutrality under Accenture ownership. Its most important integrations run into IT security platforms, notably Microsoft Sentinel, CrowdStrike and Splunk. These let OT detections reach the enterprise security operations centre. ### Customer types and end-markets | End-market | Typical OT assets protected | Strategic note | |---|---|---| | Electric utilities (generation, transmission, distribution) | SCADA, substations, energy management systems, battery storage | Historic core vertical; supported by NERC CIP compliance needs | | Oil and gas (upstream, midstream, downstream) | Pipelines, refineries, compressor stations | TSA pipeline directives drive demand | | Manufacturing (discrete, process, semiconductors, pharma, food and beverage, chemicals) | Production lines, robotics, fab tool networks, facility systems | Manufacturing accounted for more than two-thirds of the industrial ransomware victims Dragos recorded in 2025 | | Water and wastewater | Treatment plants, pumping stations | Served partly through free community-defense programmes for small utilities | | Transportation and logistics | Rail signalling, ports, distribution centres | — | | Mining and metals | Process control, autonomous haulage | Strong in Australia | | Data centres | Power, cooling and building management systems | Named by Accenture as a target market | | Government and defense | Federal facilities, defense industrial base | Addressed from October 2026 through the Dragos Public Sector subsidiary | **Electric utilities (generation, transmission, distribution):** Typical OT assets protected: SCADA, substations, energy management systems, battery storage; Strategic note: Historic core vertical; supported by NERC CIP compliance needs **Oil and gas (upstream, midstream, downstream):** Typical OT assets protected: Pipelines, refineries, compressor stations; Strategic note: TSA pipeline directives drive demand - **Manufacturing (discrete, process, semiconductors, pharma, food and beverage, chemicals)** — Typical OT assets protected: Production lines, robotics, fab tool networks, facility systems; Strategic note: Manufacturing accounted for more than two-thirds of the industrial ransomware victims Dragos recorded in 2025 **Water and wastewater:** Typical OT assets protected: Treatment plants, pumping stations; Strategic note: Served partly through free community-defense programmes for small utilities **Transportation and logistics:** Typical OT assets protected: Rail signalling, ports, distribution centres; Strategic note: — **Mining and metals:** Typical OT assets protected: Process control, autonomous haulage; Strategic note: Strong in Australia **Data centres:** Typical OT assets protected: Power, cooling and building management systems; Strategic note: Named by Accenture as a target market **Government and defense:** Typical OT assets protected: Federal facilities, defense industrial base; Strategic note: Addressed from October 2026 through the Dragos Public Sector subsidiary In September 2023 the company said its customer base was about 400 organizations and governments. A distributor in Japan later described more than 400 customers across 11 industries in 20 regions. No more recent customer count has been published. ### Semiconductor manufacturing ecosystem Semiconductor fabs are among the most OT-intensive and downtime-sensitive industrial settings. A modern fab runs thousands of process tools, each controlled by embedded or Windows-based equipment PCs. Around them sit automated material handling systems, manufacturing execution systems, and facility systems for cleanroom air, ultra-pure water, specialty gases and power. Many tool PCs run legacy operating systems that cannot be patched without re-qualifying the tool. The industry's best-known OT incident shows the stakes: in August 2018 a WannaCry variant spread through tool installs at TSMC and halted several fabs, and the company estimated the impact at roughly 3% of its third-quarter 2018 revenue. The industry has since built its own standards. SEMI E187 (Specification for Cybersecurity of Fab Equipment, published January 2022, developed by a task force led by TSMC and ITRI) and SEMI E188 (malware-free equipment integration) set baseline requirements. In August 2025 SEMI and the Semiconductor Manufacturing Cybersecurity Consortium (SMCC) published E187 compliance guidance. Dragos addresses fabs through its manufacturing practice. The platform's passive monitoring, asset inventory and OT vulnerability prioritization fit fabs, where scanning a tool network can disrupt production. Phosphorus (device remediation), runZero (asset and exposure discovery) and NetRise (binary-level firmware analysis of equipment software) extend this into supplier software and firmware risk, the problem E187 and E188 address. Dragos does not report semiconductor revenue separately. ### Independent characterization Dragos is an intelligence-led OT security software company. Its moat comes less from sensor technology, which several rivals now match, and more from its proprietary adversary data, its reputation as first responder in high-profile ICS incidents, and its standing with regulators and governments. Its weak points are scale against well-capitalised generalists (Palo Alto Networks, Fortinet, Microsoft, Cisco) and against rivals now owned by large strategic buyers (ServiceNow with Armis, Mitsubishi Electric with Nozomi Networks). The Accenture deal gives Dragos a distribution channel and capital base matching those combinations, at the cost of independent control.

Claroty is a pure-play cyber-physical systems (CPS) protection company. It secures the machines that run factories, power grids, hospitals, buildings, data centres and government facilities, including the semiconductor fabs and fab-equipment supply chain where its asset-visibility and threat-detection tools support compliance with the SEMI E187 and E188 fab cybersecurity standards. Its platform has two delivery models: the SaaS Claroty xDome and the on-premise Continuous Threat Detection (CTD). It covers asset inventory, exposure management, network protection, secure remote access and threat detection across industrial OT, medical devices (IoMT), building management systems and enterprise IoT. Claroty was founded inside Team8 and is backed by Rockwell Automation, Schneider Electric and Siemens. It has been named a Leader in Gartner's Magic Quadrant for CPS Protection Platforms in both 2025 and 2026. Rival independents have now been absorbed by strategic acquirers: Armis by ServiceNow, Nozomi Networks by Mitsubishi Electric, and Dragos by Accenture. That leaves Claroty as the largest independent, vendor-neutral CPS security specialist and a prominent IPO candidate in industrial cybersecurity. **What the company does.** Claroty sells software that discovers, classifies and protects connected physical assets. Its customers include programmable logic controllers, distributed control systems, SCADA servers, robotics, process tools, infusion pumps, imaging systems, HVAC and power-distribution equipment, building controllers and IP cameras. These are devices that conventional IT security tools such as endpoint agents and IT vulnerability scanners either cannot see or cannot safely touch. The platform passively monitors industrial and medical network traffic, queries devices safely in their native protocols, and connects to existing data sources such as historians, configuration databases and OEM management systems. From that it builds a high-fidelity inventory. It then layers on vulnerability and exposure scoring, network segmentation policy, anomaly and threat detection, and privileged, auditable remote access for employees and third-party vendors. **Company self-description.** Claroty describes itself as "the cyber-physical systems (CPS) protection company." Its corporate boilerplate says it empowers organisations to protect the mission-critical infrastructure that underpins modern life. It positions The Claroty Platform as a single source of operational truth delivered through five core solutions: asset inventory, exposure management, network protection, secure access and threat detection. These are available in the cloud through Claroty xDome or on-premise through Claroty Continuous Threat Detection (CTD). **Independent characterisation.** Claroty is a vertical security software vendor whose economic moat rests on three assets: **Protocol coverage:** The company cites coverage of more than 450 XIoT protocols. **Data scale:** According to company statements at the Claire launch in May 2026, the platform covers about 6,500 OEMs and more than 20,000 sites across 50-plus sectors in more than 60 countries. **Channel relationships:** It has deep ties with the industrial automation OEMs that are also its shareholders. It is in effect a horizontal CPS platform sold into several verticals: industrial manufacturing, energy and utilities, healthcare, commercial real estate and data centres, and the public sector. **Revenue model.** The company does not publish a revenue mix. Its reported operating metric is annual recurring revenue, which means the bulk of revenue is recurring subscription (xDome SaaS) and term or subscription licensing (CTD on-premise), with professional services and hardware sensors as smaller elements. Pricing is typically based on monitored assets, sites or sensors. A material share of sales goes through OEMs (Rockwell Automation, Schneider Electric, Siemens), distributors (TD SYNNEX, Exclusive Networks, Westcon-Comstor, Carahsoft, Vertosoft, Inflow Technologies) and managed security service providers (IBM, NTT Data, eSentire, Rockwell Automation). The company has not disclosed the exact split. **Value-chain position.** Claroty sits between the asset owner's IT security stack (SIEM, SOAR, firewalls, NAC, ITSM) and the operational layer (OEM controllers, medical devices, building systems). Its role is to enrich the security stack with asset and risk context and to enforce policy through partner integrations, rather than to replace IT security tools. **Customer types and end-markets.** - **Industrial manufacturing (including semiconductors, automotive, pharmaceuticals, food and beverage)** — Typical customers: Global manufacturers, semiconductor fabs and equipment makers; Primary use cases: OT asset inventory, vulnerability management, segmentation, SEMI E187/E188 and IEC 62443 compliance, vendor remote access **Energy, utilities, oil and gas:** Typical customers: Power generators, transmission and distribution operators, water utilities, refiners; Primary use cases: NERC CIP and TSA directive compliance, threat detection, remote access governance **Healthcare:** Typical customers: Hospital systems, integrated delivery networks; Primary use cases: IoMT inventory, clinical device risk, segmentation, utilisation analytics **Commercial and data centres:** Typical customers: Real-estate operators, colocation and hyperscale data-centre operators; Primary use cases: Building management system and power/cooling device security **Public sector:** Typical customers: U.S. federal, state and local agencies, defence and intelligence installations; Primary use cases: FISMA, CDM, CJIS and FedRAMP-aligned CPS protection The company has said it works with 20% of the Fortune 100 (2023–2024 disclosures).

TXOne Networks is a specialist OT cybersecurity vendor that concentrates on enforcement rather than monitoring alone. Trend Micro and Moxa created it to protect factories, fabs, energy assets and critical infrastructure. Its portfolio combines inline industrial network protection, endpoint protection for legacy Windows systems, agentless inspection tools and a governance layer under one commercial framework, TXOne Complete. The company sells a Discover, Assess, Protect method and the promise that security will not interrupt production. Semiconductor manufacturing is its strongest franchise. TSMC has recognized the company for technical cooperation, Applied Materials is an investor and partner, and management says eight of the world's ten largest semiconductor equipment makers are customers. TXOne claims 3,600+ organizations across 50+ countries. It is smaller than the leading visibility platforms, and it differentiates through prevention, deep fab-floor knowledge and a channel-led route to market. TXOne describes itself as an operations-first OT security partner. Its website says it has focused only on operational technology since its founding, helping industrial organizations discover assets, assess risk in context and protect operations without harming productivity or safety. Its tagline is Keep the Operation Running. TXOne publishes no statutory annual report, so this self-description comes from its corporate website and 2026 press boilerplate. Independently characterized, TXOne is an industrial security product company with a mixed hardware and software model. Conventional IT security assumes that assets can be patched, rebooted and connected to the cloud. OT estates often cannot meet those conditions. A fab tool may run an obsolete Windows build under a vendor warranty, a pharmaceutical line may be validated against change, and a substation may be air-gapped. TXOne builds for those constraints with transparent inline appliances, agents that recognize OT software, USB and software inspection tools that leave no footprint, and support for operating systems back to Windows 2000. **Business and revenue model.** TXOne sells security appliances, inspection devices, per-seat endpoint licences and management software. In Japan, partners sell the Element, Stellar, Edge and SageOne ranges on one-year licences at individually quoted prices (Hitachi Solutions Technology, May 2025). Stellar Protect is licensed per seat for 12 months. Stellar Discover is sold at a fixed price for unlimited sensors over six months, with a one-click upgrade path to Stellar Protect. This creates a land-and-expand motion from low-risk visibility to paid prevention. The split between product, subscription and service revenue is not publicly disclosed. **Value chain position.** TXOne sits between industrial asset owners and the equipment makers, automation vendors and integrators that serve them. Its route to market relies on distributors, global system integrators, OEMs and managed security providers. Management's stated approach is to win the leading company in a vertical, set a reference practice, then reach smaller customers through the channel (Liberty Times, March 2025). **Customer types.** Management focuses on large enterprises that have already decided to invest in OT security rather than spending heavily to educate the market (Business Next, February 2023 and May 2024). Named customers and references include: - TSMC - GPM - Carlsberg Group - Ansaldo Energia - Hager Group - Terna - Sydney's metro system and several Taiwanese reservoirs (Business Next, May 2024) **End-markets.** Its stated verticals are semiconductors, automotive, pharmaceuticals, food and beverage, public transportation, utilities, electronics, healthcare, mining and metals, oil and gas, and aerospace. Its website currently groups these into semiconductor, manufacturing, automotive, food and beverage, healthcare, pharmaceuticals, oil and gas, green energy, and energy and utilities.

3S Korea is the only Korean company that commercially makes semiconductor wafer carriers: Front Opening Shipping Boxes (FOSB), Front Opening Unified Pods (FOUP), open cassettes and storage boxes. It is one of a handful of firms worldwide qualified to supply 300 mm FOSBs, alongside Entegris (US), Shin-Etsu Polymer and Miraial (Japan), plus newer entrants such as Chuang King and Gudeng. It holds about 6% of the global wafer-carrier market and supplies Samsung Electronics, SK hynix and wafer makers. Alongside the semiconductor business, 3S runs a long-established environmental test equipment business: calorimeters, environmental chambers, and automotive and battery test rigs for HVAC and appliance makers such as Samsung and LG Electronics. After a hostile private-equity takeover in 2025, the company is restructuring. It has halted its factory-automation venture, earmarked wafer-carrier real estate for sale and proposed a share consolidation. The aim is to return to profit after two consecutive loss-making years. ### What the company does 3S Korea works in two industrial niches that have little to do with each other but share the same precision-manufacturing base. The semiconductor wafer carrier business makes injection-moulded containers made from engineering plastics, mainly high-grade polycarbonate. They protect silicon wafers from particles, outgassing, electrostatic discharge, vibration and mechanical shock. The flagship product is the 300 mm FOSB, a sealed "clean vacuum" shipping box. Wafer makers such as SK Siltron and SUMCO use it to ship finished prime wafers to chipmakers. Because finished wafers are thin relative to their area, they bend or break easily. FOSBs therefore have to withstand impact and vibration in transit and stay ultra-clean. Then-CEO Park Jong-ik described polycarbonate as very hard to process. He argued that years of trial and error created high barriers to entry and, in turn, supply stability. The company also makes FOUPs, the pods that carry wafers between process tools inside a fab's automated material handling system. It makes open cassettes for wafer makers, storage boxes, and specialised carriers for advanced packaging: panel-level packaging (PLP) FOUPs, chiplet process carriers and HBM line carriers. The environmental test equipment business (HVAC / refrigeration testing) builds calorimeters, which measure the performance of air-conditioner compressors and HVAC units, and environmental chambers. It also builds automotive test rigs such as powertrain test cells and anechoic chambers, and secondary-battery test facilities. The company designs and builds these to customer order (ODM). Customers include Samsung Electronics, LG Electronics, Daeyu Winia, Hanon Systems, universities and national research institutes. Exports go to the US, China, Southeast Asia, India, Brazil and Turkey. A Shanghai subsidiary serves Chinese HVAC makers. A third line, a factory-automation (FA) / logistics automation equipment division, was set up in FY2025 with proceeds from a 2024 share placement and convertible bond. It produced KRW 2.88 billion of revenue in FY2026, 10.1% of the total. In October 2025, by internal decision, it stopped taking new orders and ended sales activity. ### Company's own description In regulatory filings the company calls itself a manufacturer of industrial calorimeters, environmental test equipment and semiconductor wafer carrier boxes. It claims to have localised products that Korean industry previously imported entirely, which improved domestic manufacturers' competitiveness and replaced imports. It describes FOSB as a clean vacuum box for shipping wafers from wafer makers to chipmakers. It also says it is the only Korean company with the technology to make FOSBs, FOUPs and open cassettes. ### Independent characterisation 3S is a micro-cap, two-engine industrial component maker. Its strategic value rests almost entirely on its qualified position in 300 mm wafer carriers. That position comes from a 2007 technology transfer from Japan's Gold Industries, a 2010 patent licence from Entegris, and about 15 years of customer qualification at Samsung and SK hynix. The wafer carrier business is consumable-like. Volumes follow wafer starts and silicon wafer shipments, not fab capex. However, 3S has never turned its qualified-supplier status into scale. It supplies only about 15% of Korean chipmakers' carrier needs, with Japanese vendors holding about 85%. The HVAC test business is project-based and lumpy. It gives 3S a domestic customer base among appliance and automotive makers, but margins are thin. ### Business and revenue model | Dimension | Wafer carriers | Environmental test equipment | Factory automation (halted) | |---|---|---|---| | Revenue type | Repeat product sales (consumable-like carriers, replacement cycles) | Project and contract sales (custom systems), plus installation and maintenance | Project sales | | Customer type | Wafer makers (SK Siltron, SUMCO channel), IDMs (Samsung, SK hynix), OSATs and advanced-packaging houses | HVAC, appliance and auto OEMs, universities, research institutes | Battery, semiconductor, display and auto factories (target) | | Value-chain position | Tier-2 materials and consumables supplier to the wafer and device supply chain | Capital equipment supplier to manufacturers' R&D and QA labs | Equipment integrator | | Pricing | Per unit; no list price | Per contract (typically KRW 1–7 billion per contract) | Per contract | | Share of FY2026 revenue (standalone basis) | FOSB 37% | Calorimeters and environmental equipment 47% | 10% (other 6%) | **Revenue type:** Wafer carriers: Repeat product sales (consumable-like carriers, replacement cycles); Environmental test equipment: Project and contract sales (custom systems), plus installation and maintenance; Factory automation (halted): Project sales **Customer type:** Wafer carriers: Wafer makers (SK Siltron, SUMCO channel), IDMs (Samsung, SK hynix), OSATs and advanced-packaging houses; Environmental test equipment: HVAC, appliance and auto OEMs, universities, research institutes; Factory automation (halted): Battery, semiconductor, display and auto factories (target) **Value-chain position:** Wafer carriers: Tier-2 materials and consumables supplier to the wafer and device supply chain; Environmental test equipment: Capital equipment supplier to manufacturers' R&D and QA labs; Factory automation (halted): Equipment integrator **Pricing:** Wafer carriers: Per unit; no list price; Environmental test equipment: Per contract (typically KRW 1–7 billion per contract); Factory automation (halted): Per contract **Share of FY2026 revenue (standalone basis):** Wafer carriers: FOSB 37%; Environmental test equipment: Calorimeters and environmental equipment 47%; Factory automation (halted): 10% (other 6%) ### End-markets served The company serves silicon wafer manufacturing (300 mm and 200 mm), memory and logic device fabs, advanced packaging (fan-out panel-level packaging, chiplets, HBM), and residential and commercial HVAC and refrigeration. It also serves automotive powertrain and EV testing, secondary-battery testing, and academic and government research.

Chung King Enterprise is a Taiwanese family-controlled maker of high-purity polymer carriers. It started as a plastic mould and injection-moulding shop in 1988. Over two decades it became a supplier of front-opening unified pods (FOUPs), front-opening shipping boxes (FOSBs), SMIF pods, reticle pods, PFA/PEEK cassettes and panel-level-packaging (PLP) carriers to wafer fabs, packaging houses and display makers. It builds everything in-house: material compounding and CFRP development, mould design, injection moulding, Class 1 cleanroom assembly and cleaning, and ion-contamination testing. Under a 2019 licence from Entegris it makes RSP150 reticle pods. Its main growth bet is fan-out panel-level packaging carriers for AI-era advanced packaging, sized up to 600 mm and 510 × 515 mm and built to SEMI E181/E182. In 2024 the company said more than half of the world's top-10 PLP manufacturers were customers. Against Entegris, Shin-Etsu Polymer, Miraial and Gudeng, CKplas is a mid-sized specialist. It leans on customisation, breadth across substrate formats, a portfolio of more than 218 multi-country patents (December 2023), and a circular carrier-cleaning and recycling offer. The second production base in Kaohsiung Science Park, approved in August 2024 with NT$400 million of investment, positions it near Taiwan's southern advanced-packaging cluster. --- The company identified as "Chuang King Enterprise" in the Global Semiconductor FOUP and Reticle Handling Market literature is Chung King Enterprise Co., Ltd. (Chinese legal name 中勤實業股份有限公司; brand CKplas), a privately held Taiwanese maker of wafer, reticle, glass-substrate and panel carriers. "Chuang King" is a variant romanisation of the same name. The company's registry record, website (ckplas.com) and SEMI membership all use "Chung King Enterprise Co., Ltd." It is the only entity of this name in the semiconductor FOUP, FOSB, SMIF pod and reticle-pod supply chain. ### What the company does Chung King Enterprise designs, moulds, assembles, cleans and services the containers that hold and move high-value substrates through cleanroom manufacturing. These are silicon wafers (50 mm to 300 mm), photomasks/reticles, square glass carriers, glass panels, PCB/ABF substrates and fan-out panels. Its products sit between the substrate and the factory's automated material handling system (AMHS), load ports, stockers and robots. They must keep particles and airborne molecular contamination out, resist electrostatic discharge and heat where needed, and match SEMI mechanical-interface standards precisely so automated tools can open, map and transfer the contents. ### The company's own description The company describes itself as a cross-disciplinary opto-semiconductor process R&D team. It develops high-polymer carriers and transport devices for cleanroom automation across four industries: flat panel, solar, LED and semiconductor. Its products protect and transport precious-metal materials, wafers, photomasks and panels. Designs follow the SEMI Standard Mechanical Interface (SMIF) and are customised to the automation equipment of each customer process. It also builds cleanroom cleaning machines and offers contract cleaning. Its stated vision is to be "the design master of customized cassettes and the manufacturing expert of standardized cassettes." Its operating motto translates as "complete every task by the principles of being a good person." ### Independent characterisation CKplas is best described as a vertically integrated precision-polymer carrier manufacturer with an expanding services layer. Its business has four parts: 1. **Engineered carriers (core).** FOUP/FOSB/SMIF pods, PFA/Teflon, PP/PEI/PC, metal and PEEK cassettes, shipping boxes, frame cassettes, IC trays, reticle boxes and pods, and panel FOUPs. This is the revenue core. 2. **Automation-adjacent hardware.** FOUP openers and door keys, AGV-UH automated guided vehicles, smart E-Racks, nitrogen purge cabinets, wafer aligners, cassette transfer units and, from 2026, EFEM integration for glass panels and Micro LED. 3. **Contract manufacturing.** Mould making and injection-moulding OEM on 50- to 750-ton presses (Victor Taichung, Nissei, Chen Hsong), plate/bar machining and CFRP composite parts. 4. **Lifecycle services.** Class 1 cleanroom carrier cleaning, automated cleaning machines, reticle-wiping equipment with electron-microscope inspection, micro-contamination ion-detection lab services, end-of-life FOUP and plastic recycling, reusable "HaiBox" packaging and shared electric-truck logistics. ### Revenue model | Revenue type | Description | Indicative weight | |---|---|---| | Product sales (standard catalogue) | Catalogue FOUPs, cassettes, shipping boxes, trays, reticle boxes | Largest; exact share not publicly disclosed | | Product sales (customised) | Process-specific carriers (thin-wafer, high-temperature, panel, grinding/SDBG, frame) built to customer drawings | Significant; the company describes customisation as its main differentiator | | Licensed-technology products | RSP150 reticle SMIF pods made under the 2019 Entegris licence | Not publicly disclosed | | Equipment | AGVs, openers, cleaning machines, reticle-wiping tools, E-Racks, EFEM integration | Smaller, growing | | OEM manufacturing | Injection-moulding and machining services for third parties | Legacy line | | Services | Carrier cleaning and recycling, lab testing | Emerging; tied to ESG positioning | **Product sales (standard catalogue):** Description: Catalogue FOUPs, cassettes, shipping boxes, trays, reticle boxes; Indicative weight: Largest; exact share not publicly disclosed **Product sales (customised):** Description: Process-specific carriers (thin-wafer, high-temperature, panel, grinding/SDBG, frame) built to customer drawings; Indicative weight: Significant; the company describes customisation as its main differentiator **Licensed-technology products:** Description: RSP150 reticle SMIF pods made under the 2019 Entegris licence; Indicative weight: Not publicly disclosed **Equipment:** Description: AGVs, openers, cleaning machines, reticle-wiping tools, E-Racks, EFEM integration; Indicative weight: Smaller, growing **OEM manufacturing:** Description: Injection-moulding and machining services for third parties; Indicative weight: Legacy line **Services:** Description: Carrier cleaning and recycling, lab testing; Indicative weight: Emerging; tied to ESG positioning There is no subscription or licensing-out revenue. The company is a licensee, not a licensor, of reticle-pod technology. ### Value-chain position CKplas is a Tier-2 consumables and fab-infrastructure supplier. Upstream it buys engineering resins (PC, PEI, PEEK, PFA, PP, ABS, PA, carbon- and glass-fibre-filled grades), stainless steel and electronic parts such as RFID tags. Downstream it sells to: - front-end wafer fabs (300 mm and 200 mm FOUP/FOSB; reticle pods); - outsourced assembly and test (OSAT) and advanced-packaging houses (frame FOUPs, IC trays, panel FOUPs, magazine cassettes); - wafer and substrate makers (shipping boxes); - TFT-LCD, Micro LED and glass-substrate makers (large glass cassettes, panel trays); - solar cell and ingot makers (solar cassettes); - equipment makers and system integrators (fixtures, adapters, carrier interfaces). ### Customer types and end markets | End market | Key products | Demand driver | |---|---|---| | Front-end semiconductor (logic, memory) | 300 mm FOUP/FOSB, 200 mm SMIF pods, reticle pods | Fab capacity additions, node transitions | | Advanced packaging (CoWoS-class, FOWLP, FOPLP, HBM, 3DIC, silicon photonics) | Frame FOUPs, panel FOUPs, multi-panel/tray FOUPs, thin-wafer FOUPs, glass-carrier FOUPs | AI accelerator demand, move from wafer-level to panel-level packaging | | Display (TFT-LCD, Micro LED) | G5–G8.5 glass cassettes, panel cassettes, CFRP robot forks | Display capex cycles, Micro LED pilot lines | | Solar | Solar cell cassettes (up to 100 wafers), clean cassettes | Solar cell capacity | | LED / compound semiconductor | Small-diameter PFA cassettes, LED trays | Compound-semiconductor fabs | | General industry (OEM) | Precision injection-moulded parts | Contract demand | The company says its customers include international manufacturers and Taiwan TWSE/TPEx-listed companies in Europe, the US, Japan, Korea, Singapore, China and Taiwan. In 2006 it qualified as a formal supplier to TSMC, AUO and SPIL. The Southern Taiwan Science Park Bureau reports that CKplas received a supplier process-improvement award from a leading semiconductor manufacturer. In December 2024 the company said more than half of the world's top-10 panel-level-packaging manufacturers were CKplas customers and that its products were in mass production for Taiwan, Japan, Korea, the United States and Europe. **Front-end semiconductor (logic, memory):** Key products: 300 mm FOUP/FOSB, 200 mm SMIF pods, reticle pods; Demand driver: Fab capacity additions, node transitions - **Advanced packaging (CoWoS-class, FOWLP, FOPLP, HBM, 3DIC, silicon photonics)** — Key products: Frame FOUPs, panel FOUPs, multi-panel/tray FOUPs, thin-wafer FOUPs, glass-carrier FOUPs; Demand driver: AI accelerator demand, move from wafer-level to panel-level packaging **Display (TFT-LCD, Micro LED):** Key products: G5–G8.5 glass cassettes, panel cassettes, CFRP robot forks; Demand driver: Display capex cycles, Micro LED pilot lines **Solar:** Key products: Solar cell cassettes (up to 100 wafers), clean cassettes; Demand driver: Solar cell capacity **LED / compound semiconductor:** Key products: Small-diameter PFA cassettes, LED trays; Demand driver: Compound-semiconductor fabs **General industry (OEM):** Key products: Precision injection-moulded parts; Demand driver: Contract demand

Miraial is a specialist in precision plastic molding. Its core franchise is the containers that protect 300 mm silicon wafers in transit: front-opening shipping boxes (FOSB), which carry wafers from wafer makers to chip makers, and front-opening unified pods (FOUP), which carry wafers between process steps inside fabs. Miraial says it was among the first companies in the world to commercialise the FOSB, in 1999. It now competes in a concentrated global market alongside Entegris, Shin-Etsu Polymer and Gudeng Precision, and its customers include SUMCO, Samsung's Japanese arm and the trading house Marubeni Plax. Its Molding Machines subsidiary, Yamashiro Seiki, makes vertical injection and transfer molding machines, mainly for automotive electronics. In April 2026 Miraial bought Nunoya Marine Instrument, a maker of magnetic compasses for ships. This is the first step in a plan to build "second and third pillars" beyond wafer containers before the company's 60th anniversary in 2028. The balance sheet is very strong (equity ratio 71–86%), but earnings fell for several years as the wafer cycle turned down. FY2027 is now showing a clear recovery. --- **What the company does.** Miraial designs, molds and sells high-function resin products, makes the molds and molding machines used to produce them, and offers precision machining and prototyping. Management sums up its capabilities as a set of "M" disciplines: **Molding:** mass production of clean, high-precision molded parts. **Machinery:** vertical and transfer molding machines, molds, peripheral automation and controllers, sold as turnkey systems. **Modeling & machining:** precision cutting of resins and hard-to-machine metals such as titanium and nickel alloys, plus 3D printing and vacuum casting for prototypes. **Material:** analysis of material properties and development of compounded resins. **How the company describes itself.** In its annual securities report, Miraial says it centres on plastic molding and operates two reportable segments: **Plastic Molding:** semiconductor products, chiefly silicon wafer shipping containers and in-process containers, plus "other related products" such as fluid systems and molds. **Molding Machines:** vertical injection molding machines, molds and related products, all made and sold by the subsidiary Yamashiro Seiki. From the second quarter of FY2027, the newly acquired Nunoya group (marine instruments and railway-vehicle equipment) adds a third activity, which management calls "social infrastructure." **Independent characterisation.** In practice Miraial is a consumables supplier to the 300 mm silicon wafer industry, with a small industrial-machinery business beside it. **Demand driver:** FOSB demand follows the volume of 300 mm wafers shipped by wafer makers such as SUMCO and Samsung's in-house wafer operations, because each lot of wafers shipped needs a container. Some containers are reused, which dampens demand. **Revenue model:** Revenue is almost entirely product sales: molded containers and parts, and capital machines. There is no meaningful subscription, licensing or service revenue, although machine after-sales service is a stated focus. **Position in the value chain:** Miraial is a tier-2 supplier. It sells to wafer manufacturers, which buy the FOSB to ship wafers to fabs, and to device makers, which buy FOUPs and process carriers. Much of the volume reaches customers through trading houses; Marubeni Plax was the largest customer in FY2026. **Revenue by end market (JPY million).** Figures are from company results materials. **Semiconductor:** FY2025: 11571; FY2026: 10538 **Automotive:** FY2025: 563; FY2026: 440 **Medical:** FY2025: 71; FY2026: 252 **Electronic components:** FY2025: 205; FY2026: 151 **Machinery, parts and other:** FY2025: 1591; FY2026: 1188 Semiconductor-related sales made up 83.8% of FY2026 revenue. In FY2024, wafer shipping containers alone were 71% of sales, according to the mid-term strategy materials. In the first half of FY2027 (February–July 2026), semiconductor sales reached JPY 6,969 million, up JPY 1,631 million year on year, and automotive sales were JPY 384 million. **Customer types.** - Silicon wafer manufacturers: SUMCO, the Japanese arm of Samsung, and GLORYSEMI PTE. LTD. (Singapore), which took 11.2% of FY2025 sales. - Semiconductor device makers, which use FOUPs and process carriers. - Trading houses: Marubeni Plax. - Automotive and electronics component makers that buy molding machines. - Medical and chemical customers that buy fluororesin and super-engineering-plastic parts. - From FY2027, shipyards and maritime companies, through Nunoya.

Gudeng Precision is the world's leading maker of photomask (reticle) carriers and the principal global supplier of EUV reticle pods, the dual-pod containers that protect extreme-ultraviolet photomasks inside and between ASML lithography scanners. The company says it holds about 85% of the global mask-carrier market and is the sole supplier to most advanced-node EUV users, TSMC among them. ASML has certified Gudeng's pods for High-NA EUV scanners, and the company says it is the only supplier with that certification. Starting from a precision mould and injection-moulding shop in Tucheng, Gudeng has built a broader contamination-control carrier business. It makes 300 mm front-opening unified pods (FOUPs) and front-opening shipping boxes (FOSBs), and it is developing a family of large-format carriers for advanced packaging (CoWoS, CoPoS, FOPLP, panel and glass substrates). Through Gudeng Equipment it adds reticle cleaning, purge, stocker and inspection equipment, and it has a growing aerospace precision-parts business that serves US Tier-1 primes. Revenue has set a record for seven straight years, reaching NT$7.35 billion in FY2025, and the first nine months of 2026 were up 36%. The company is expanding from Taiwan to Kunshan, Kurume (Japan) and Glendale, Arizona. --- ### What the company does Gudeng designs, moulds, assembles, cleans and services the containers that carry the most contamination-sensitive objects in a semiconductor fab: photomasks and wafers. As nodes shrink to 3 nm, 2 nm and below, airborne molecular contamination (AMC), particles, outgassing, humidity and electrostatic discharge all become yield problems. Gudeng's carriers are engineered to keep those exposures within tolerances measured in parts per billion. The company's registered business scope covers mould manufacturing and wholesale, industrial plastic products, electronic components, computer peripherals, electronic materials, machinery, aircraft parts manufacturing, and industrial-plant development. The group has four business pillars: 1. **Reticle (photomask) solutions.** EUV pods (including pellicle-compatible "GP" versions and High-NA variants), conventional reticle SMIF pods (RSP), reticle storage and shipping boxes, and large-size mask boxes for display and panel masks. 2. **Wafer solutions.** 300 mm FOUPs for in-fab transport and FOSBs for wafer shipment, with rising share among logic and memory customers in Taiwan and Greater China. 3. **Advanced-packaging carriers.** Round and square large-format carriers for interposers, substrates, panels (510×515 mm, 600×600 mm, with 620×620 mm planned) and glass substrates, designed for overhead hoist transport (OHT) and AGV handling. 4. **Equipment and adjacent businesses.** Reticle cleaning, purge, exchange, inspection and smart-stocker equipment through Gudeng Equipment; aerospace precision parts; and smaller initiatives in two-phase immersion cooling and chemical tanks and filters. ### The company's own description The company describes its main businesses as "photomask solution products, wafer solution products and machine equipment products" (光罩解決方案產品、晶圓解決方案產品、機台設備產品). In investor materials it calls itself an integrated service group for critical materials innovation, offering one-stop semiconductor transport solutions from front end to back end alongside aerospace precision components. Its stated 2026 aim is to become a one-stop supplier of advanced-packaging carriers across every process step. ### Business and revenue model Almost all revenue is product revenue: high-value precision consumables sold per unit to fabs, mask shops, OSATs and substrate makers, plus capital equipment sold by Gudeng Equipment. Services include carrier cleaning and refurbishment, which the Kurume plant will also offer, and field technical service in the United States. There is no meaningful subscription revenue. Licensing runs inward: since the November 2020 settlement with Entegris, Gudeng has operated under licences to Entegris RSP and EUV pod patents, on confidential terms. Revenue is driven by: **Installed base and node migration:** Each EUV scanner, and each additional EUV layer, raises the number of reticles in circulation and therefore the number of pods needed. Moving to pellicle-equipped EUV masks lifts the average selling price (ASP), because GP pods are harder to make. **Fab construction:** New fabs order FOUPs in bulk when they open, so FOUP demand follows the timing of fab openings. **Replacement cycles:** Carriers wear out and must be cleaned or replaced, which gives the business recurring demand. ### Value-chain position Gudeng sits in the consumables and handling layer between lithography toolmakers (ASML), mask makers (in-house fab mask shops and merchant mask houses), wafer fabs, wafer suppliers, OSATs and substrate makers. Its qualification is two-sided: pods must be certified by ASML for scanner compatibility and then qualified individually by each fab. That combination creates high switching costs and long product lives once a design is accepted. ### Customer types and end markets | Customer type | Examples / disclosed detail | |---|---| | Leading-edge foundry | TSMC, described in Taiwanese and international press as Gudeng's largest customer and the sole-source user of its EUV pods | | IDMs and memory makers | US IDM and memory customers through Gudeng Equipment; a Korean DRAM maker qualifying Gudeng for HBM-related carriers; Korean FOUP and reticle-carrier qualifications described by management as going well in 2026 | | Greater China fabs | Dozens of mainland customers moved into volume FOUP and FOSB orders after qualification in 2025–2026 | | Advanced-packaging houses, substrate and panel makers | Taiwanese and US CoWoS customers; panel-level packaging and substrate makers; a large advanced-packaging order from a major Korean customer's new fab, announced in September 2026 for 2027 delivery | | Aerospace Tier-1s | GE Aerospace, Honeywell, Boeing (Spirit) and Parker Aerospace qualifications | **Leading-edge foundry:** Examples / disclosed detail: TSMC, described in Taiwanese and international press as Gudeng's largest customer and the sole-source user of its EUV pods **IDMs and memory makers:** Examples / disclosed detail: US IDM and memory customers through Gudeng Equipment; a Korean DRAM maker qualifying Gudeng for HBM-related carriers; Korean FOUP and reticle-carrier qualifications described by management as going well in 2026 **Greater China fabs:** Examples / disclosed detail: Dozens of mainland customers moved into volume FOUP and FOSB orders after qualification in 2025–2026 **Advanced-packaging houses, substrate and panel makers:** Examples / disclosed detail: Taiwanese and US CoWoS customers; panel-level packaging and substrate makers; a large advanced-packaging order from a major Korean customer's new fab, announced in September 2026 for 2027 delivery **Aerospace Tier-1s:** Examples / disclosed detail: GE Aerospace, Honeywell, Boeing (Spirit) and Parker Aerospace qualifications End markets are leading-edge logic (AI accelerators, high-performance computing, smartphones), DRAM and HBM, mature-node foundry in China, advanced packaging, and commercial aerospace. ### Independent characterisation Gudeng is a niche consumables franchise with very high share and very high qualification barriers in EUV reticle pods. It is using that franchise to fund a costly move into three adjacent and more competitive markets: wafer carriers, where Entegris, Shin-Etsu Polymer and Miraial dominate; advanced-packaging carriers, where specifications are still settling; and aerospace parts. The economics combine an annuity-like element (pods consumed and replaced as the EUV installed base grows) with a cyclical element (FOUP and equipment orders tied to fab construction). Results also depend heavily on one customer, TSMC, so the timing of TSMC's 2 nm ramps and EUV stocker installations explains much of the quarter-to-quarter volatility.

Element is one of the world's largest independent, laboratory-centric testing, inspection and certification groups, serving more than 50,000 customers in sectors where product failure in service is unacceptable: aerospace, space and defense, energy, connected technologies and electronics, mobility, built environment and industrial markets. Unlike the diversified TIC majors, which derive much of their revenue from field inspection, commodities and certification audits, Element is concentrated in high-specification laboratory work: materials testing, product qualification, failure analysis, electromagnetic compatibility, wireless certification, battery and fire testing. Since July 2026 the group is organised into two global business lines, Element Aero, Space & Defense and Element Consumer & Industrials. Within the semiconductor and electronics ecosystem Element is a third-party provider of electronic device and component failure analysis, printed circuit board (PCB) reliability testing, environmental stress testing and AI/data-center hardware validation. Built through more than 50 acquisitions since 2011 and owned by Temasek, Element has grown from roughly USD 100 million of revenue in 2011 to approximately USD 1.5 billion in 2026. ### What the company does Element sells laboratory-based testing, inspection, certification, calibration and engineering advisory services. Customers send materials, components, sub-assemblies and finished products to Element laboratories to establish whether they meet a specification, a regulatory requirement or a customer qualification standard, or to find out why they failed. The work spans the full product life cycle: early-stage research and development, design validation, regulatory approval and market access, production lot release and in-service failure investigation. The company describes itself as one of the world's leading providers of laboratory-based testing services, supporting more than 50,000 customers in technical and highly regulated industries, and as a partner that supports customers from early R&D through complex regulatory approvals and into production so that products are safe, sustainable, compliant and ready for market. Its purpose statement is "Making tomorrow safer than today." ### Business model and revenue model | Revenue type | Description | Indicative weight | |---|---|---| | Fee-for-service testing | Per-test or per-programme fees for materials, mechanical, chemical, environmental, EMC, wireless, fire, battery and failure analysis testing | Core of the group; exact share not publicly disclosed | | Certification and market access | Product certification (e.g. FCC, ISED, PTCRB, CB Scheme, CE/UKCA, NRTL), fire certification, management systems certification in Singapore | Material in Consumer & Industrials; share not publicly disclosed | | Inspection | Non-destructive testing (NDT) inspection, including aerospace aftermarket and MRO inspection added through ISS Inspection Services (2024) | Share not publicly disclosed | | Calibration and metrology | Calibration of instruments and dimensional inspection (e.g. Element Metech in Denmark, KDK in Germany) | Share not publicly disclosed | | Engineering and digital services | Modelling and simulation, finite element analysis, CFD, test rig design, digital twins, expert witness work | Small; share not publicly disclosed | **Fee-for-service testing:** Description: Per-test or per-programme fees for materials, mechanical, chemical, environmental, EMC, wireless, fire, battery and failure analysis testing; Indicative weight: Core of the group; exact share not publicly disclosed **Certification and market access:** Description: Product certification (e.g. FCC, ISED, PTCRB, CB Scheme, CE/UKCA, NRTL), fire certification, management systems certification in Singapore; Indicative weight: Material in Consumer & Industrials; share not publicly disclosed **Inspection:** Description: Non-destructive testing (NDT) inspection, including aerospace aftermarket and MRO inspection added through ISS Inspection Services (2024); Indicative weight: Share not publicly disclosed **Calibration and metrology:** Description: Calibration of instruments and dimensional inspection (e.g. Element Metech in Denmark, KDK in Germany); Indicative weight: Share not publicly disclosed **Engineering and digital services:** Description: Modelling and simulation, finite element analysis, CFD, test rig design, digital twins, expert witness work; Indicative weight: Small; share not publicly disclosed Element has no meaningful product or licensing revenue. Its economics are those of an asset-intensive service business: revenue is driven by laboratory capacity (chambers, rigs, anechoic rooms, microscopes, specialist staff), utilisation, pricing and accreditation scope. Accreditations (ISO/IEC 17025, Nadcap, FAA, PTCRB, ASCA, OEM approvals such as Volkswagen AG) act as barriers to entry and create recurring "approved supplier" relationships. ### Value-chain position Element sits between product manufacturers and regulators or prime contractors. In aerospace it is embedded in OEM and Tier-1 supplier qualification processes. In connected technologies it is a gatekeeper to market access for wireless devices. In the semiconductor and electronics ecosystem it operates downstream of the wafer fab, analysing packaged devices, electronic components and PCBs, investigating field returns and qualifying assemblies to standards such as IPC, MIL-STD and automotive specifications. It does not operate fabs or supply fab equipment; its role is independent verification and root-cause analysis. ### Customer types and end-markets | End-market | Typical customers | Element business line (from July 2026) | |---|---|---| | Aerospace (commercial, MRO) | Airframers, engine makers, Tier-1/2 suppliers, MRO shops | Aero, Space & Defense | | Space | Satellite and launch-vehicle makers, component suppliers | Aero, Space & Defense | | Defense | Defense primes, government agencies, component suppliers | Aero, Space & Defense | | Energy (oil & gas, nuclear, hydrogen, wind, power generation) | Operators, OEMs, pipe and valve makers | Aero, Space & Defense | | Connected technologies (wireless, IoT, consumer electronics, AI/data-center hardware, cyber security) | Device OEMs, chipset and module makers, carriers, data-center hardware suppliers | Consumer & Industrials | | Electronics and semiconductor devices (failure analysis, PCB reliability) | Semiconductor and component suppliers, EMS providers, electronics OEMs | Primarily Consumer & Industrials; aerospace/defense electronics in Aero, Space & Defense | | Mobility (automotive, EV batteries, rail, marine) | OEMs, Tier-1s, battery makers | Consumer & Industrials | | Built environment and fire | Construction-product manufacturers, building owners, regulators | Consumer & Industrials | | Medical devices | Device makers | Consumer & Industrials | | Environmental testing | Industrial sites, regulators | Consumer & Industrials (outside North America) | **Aerospace (commercial, MRO):** Typical customers: Airframers, engine makers, Tier-1/2 suppliers, MRO shops; Element business line (from July 2026): Aero, Space & Defense **Space:** Typical customers: Satellite and launch-vehicle makers, component suppliers; Element business line (from July 2026): Aero, Space & Defense **Defense:** Typical customers: Defense primes, government agencies, component suppliers; Element business line (from July 2026): Aero, Space & Defense - **Energy (oil & gas, nuclear, hydrogen, wind, power generation)** — Typical customers: Operators, OEMs, pipe and valve makers; Element business line (from July 2026): Aero, Space & Defense - **Connected technologies (wireless, IoT, consumer electronics, AI/data-center hardware, cyber security)** — Typical customers: Device OEMs, chipset and module makers, carriers, data-center hardware suppliers; Element business line (from July 2026): Consumer & Industrials - **Electronics and semiconductor devices (failure analysis, PCB reliability)** — Typical customers: Semiconductor and component suppliers, EMS providers, electronics OEMs; Element business line (from July 2026): Primarily Consumer & Industrials; aerospace/defense electronics in Aero, Space & Defense **Mobility (automotive, EV batteries, rail, marine):** Typical customers: OEMs, Tier-1s, battery makers; Element business line (from July 2026): Consumer & Industrials **Built environment and fire:** Typical customers: Construction-product manufacturers, building owners, regulators; Element business line (from July 2026): Consumer & Industrials **Medical devices:** Typical customers: Device makers; Element business line (from July 2026): Consumer & Industrials **Environmental testing:** Typical customers: Industrial sites, regulators; Element business line (from July 2026): Consumer & Industrials (outside North America) ### Independent characterisation Element is best understood as a roll-up of specialist, accreditation-heavy laboratories that has been professionalised into a global network. Its strongest franchise is aerospace testing, where it describes itself as the largest independent provider of materials testing, product qualification testing, calibration and advisory services. Its fastest-growing franchise in recent years has been connected technologies, built through PCTEST (2020), AIRCOM (2021), NTS (2022), the South Korean acquisitions NCT and CTK (2023) and CETECOM Inc. (2025). The 2026 sale of the North American Life Sciences business and the move to two global business lines signal a deliberate refocusing on "mission-critical testing" and "product market access", leaving the group more exposed to aerospace, defense and electronics cycles and less to pharmaceutical testing.

iST is one of Asia's largest independent third-party laboratories for the electronics industry. It sells verification and analysis services, not products: reliability assurance (RA), failure analysis (FA), materials analysis (MA), high-speed signal integrity testing, chemical and micro-contamination analysis, space-environment and automotive qualification, and engineering consultancy. Founded in Hsinchu in 1994 to debug and modify IC circuits, it now serves the whole electronics value chain, from fabless IC designers and foundries to OSATs, ODMs, automotive tier-1s and satellite makers. iST's edge is its neutrality, breadth and accreditations (TAF, IECQ, AEC membership, USB-IF and VESA authorisation). It also has high-power burn-in capacity it has built up for AI accelerators since 2020. Revenue hit a record NT$4.84 billion in FY2025. In 2026 the company spun its lower-margin power-device wafer-thinning subsidiary out of consolidation so it could focus on three growth engines: AI/HPC verification, silicon-photonics/CPO validation, and sub-2nm ALD materials qualification. --- ### What the company does iST is a fee-for-service engineering laboratory. Customers send wafers, packaged chips, modules, boards or finished systems for one of several kinds of work: **Reliability assurance (RA):** accelerated life testing (HTOL, burn-in, temperature cycling, humidity/HAST, ESD/latch-up), board-level and system-level reliability, and automotive AEC-Q qualification. iST describes this as defining a product's survivable operating envelope and warranty life. **Failure analysis (FA):** electrical fault isolation, de-processing, physical cross-sectioning and root-cause diagnosis of parts that failed in development, production or the field. **Materials analysis (MA):** sample preparation, structural observation (SEM/TEM/FIB), surface, thermal and compositional analysis. This now extends to materials for atomic-layer deposition (ALD) at sub-2nm nodes. **Signal integrity and high-speed interface testing:** PCIe 6.0, Ethernet and other AI-server interconnects, plus PCB design verification. iST has served Taiwan's major ODMs for more than a decade. **Circuit debug and modification:** iST's original business, also called micro-surgery or circuit edit. **Space-environment testing:** vibration, acoustic, shock, EMC, thermal-vacuum and radiation (heavy-ion) testing for satellites and aerospace electronics. **Hardware solutions:** design and build of test interfaces (burn-in boards, test fixtures, wafer-to-package interface hardware), including the "One-Stop Hardware Design" offering. **Consultancy:** quality assurance, ISO 26262/IEC 61508 functional safety, ESG, laboratory accreditation and green-product advisory. Until March 2026 the consolidated group also included ProPowertek (宜錦科技), a wafer back-end processing company. ProPowertek does IC thinning and backside metal deposition for power devices; since its 2024 merger with 創量科技 it also does wafer sort and final test. It is now an equity-method associate (36.83% held). ### The company's own description In its corporate and filing descriptions, iST says its principal activities are research, development and production of integrated circuits, analysis and burn-in, testing, and import and distribution of semiconductor parts and instruments. In marketing materials it calls itself a verification and analysis leader that grew out of IC circuit debugging into reliability testing and specialised platforms for AI, automotive, space and advanced packaging. Management often describes iST as the "medical centre of the electronics industry", diagnosing faults and certifying good health from R&D through to returned field units. ### Independent characterisation iST is best seen as an R&D-cycle-driven, capital-intensive testing-inspection-certification (TIC) business focused on semiconductors. **Revenue drivers:** demand depends on the number and complexity of new chip tape-outs, package architectures and qualification programmes, more than on unit shipments. This makes revenue less cyclical than OSAT or foundry revenue; FY2018, during the US–China trade war, was the only year of decline in the past decade. **Cost structure:** high fixed cost. Depreciation and amortisation were NT$877 million in FY2025, about 18% of revenue. Gross margin therefore depends heavily on utilisation and mix. **Revenue recognition:** iST uses completed-contract recognition. A project is booked only when the customer signs off, so contract liabilities (NT$287 million at 2Q26) are a useful lead indicator. ### Revenue model mix | Revenue type | Share | Comment | |---|---|---| | Services (testing, analysis, verification, consultancy) | Substantially all of revenue after March 2026 | Per-project or per-sample fees; some long-term capacity commitments with AI customers | | Manufacturing services (wafer thinning, back-metal, sort, final test via ProPowertek) | Consolidated until 17 March 2026; excluded thereafter | Volume-driven, lower margin | | Product sales / equipment trading | Minor | Test hardware and fixtures made under hardware-solution contracts | | Subscription / licensing | None material | — | **Services (testing, analysis, verification, consultancy):** Share: Substantially all of revenue after March 2026; Comment: Per-project or per-sample fees; some long-term capacity commitments with AI customers - **Manufacturing services (wafer thinning, back-metal, sort, final test via ProPowertek)** — Share: Consolidated until 17 March 2026; excluded thereafter; Comment: Volume-driven, lower margin **Product sales / equipment trading:** Share: Minor; Comment: Test hardware and fixtures made under hardware-solution contracts **Subscription / licensing:** Share: None material; Comment: — ### Value-chain position, customers and end-markets iST sits beside the semiconductor value chain rather than inside it. It works in parallel with design (pre-silicon and first-silicon debug), wafer fabrication (materials and process-defect analysis), packaging (advanced-package reliability and FA) and system integration (signal integrity, board and system reliability). **Customer types:** fabless IC designers (including ASIC teams at hyperscale cloud providers), foundries, IDMs, OSATs, materials suppliers, ODMs/EMS makers, automotive electronics suppliers, consumer-electronics brands, satellite and aerospace makers, and research institutes. **End-markets:** AI/HPC and data centres, advanced logic (2nm and below), silicon photonics/co-packaged optics, automotive and EV electronics, low-earth-orbit satellites, communications/5G, consumer electronics, and power semiconductors.

MA-tek is Taiwan's largest independent semiconductor analysis laboratory and describes itself as Asia's largest third-party semiconductor testing and analysis lab. It sells laboratory time and engineering expertise, not products. Foundries, IC designers, memory makers, equipment and materials suppliers, packaging houses and cloud companies designing their own chips send it wafers, devices and packages for materials analysis (MA), failure analysis (FA) and reliability analysis (RA). Demand comes mainly from R&D and pre-production work, so it is tied to how many new nodes, new packaging formats and new chip designs the industry starts, more than to how many chips it ships. Its edge rests on expensive analytical equipment (spherical-aberration-corrected TEM, SIMS, FIB, emission microscopy, super-high-power burn-in) and on labs located near customers in Taiwan and Japan. In 2026 the company is reshaping itself: it is selling 80% of its China platform at a full equity value of about RMB 1.9 billion and moving capital into Japan, North America and leading-edge work on AI chips, 2nm/GAA, silicon photonics/CPO and advanced packaging. **What the company does.** According to its registered business description, MA-tek provides R&D and intellectual-property services to upstream, midstream and downstream materials and component makers in integrated circuits, flat-panel displays, optoelectronics, test and packaging, and nano-device materials. In practice, almost all of its revenue comes from analysis and testing services. It reports a single business line, "testing and analysis services," which makes up 100% of revenue. **Service lines.** The company does not report revenue by service line. Third-party analysts estimate the mix as follows: **Materials analysis (MA):** Estimated share of revenue: 45–50%; Main growth drivers: 2nm GAA development at the leading Taiwanese foundry, Japan's 2nm national programme, silicon photonics **Failure analysis (FA):** Estimated share of revenue: 25–30%; Main growth drivers: Custom AI chips designed by North American cloud companies, advanced packaging (CoWoS, EMIB), yield ramps **Reliability analysis (RA):** Estimated share of revenue: 20–25%; Main growth drivers: Automotive qualification, super-high-power AI-chip burn-in, space-grade components The China business also offers surface analysis (SA) and chemical analysis (CA). **Business and revenue model.** MA-tek earns fees for each project or test, priced by the complexity of the analysis, equipment hours and turnaround time. It has no product sales, subscriptions or licensing of note. Margins depend mainly on equipment utilisation, because most costs are fixed: depreciation on high-value tools, engineers and cleanroom space. Revenue therefore swings with R&D spending at foundries and chip designers, while profit swings even more with utilisation and new depreciation. The 2025 profit decline, when revenue rose 8.5% but net income fell 40.8%, shows this clearly. The business also carries no inventory, which the company points to as a reason its revenue held up in the 2022–2023 semiconductor downturn. Because the company collects revenue in local currencies in Taiwan, China and Japan while paying for capex in US dollars, it has said that New Taiwan dollar appreciation creates relatively little foreign-exchange loss risk. **Position in the value chain.** MA-tek sits between the fab or design house and volume production. It confirms material composition, interfaces and crystal structure during process development, locates defects during yield ramp and new product introduction, and qualifies lifetime and reliability before launch. The work is mostly outsourced because analysis demand at the leading foundries now exceeds what their in-house labs can handle, and because fabless and cloud chip designers have no labs of their own. **Customer types.** The customer list is broad. MA-tek serves IC design houses, foundries and fabs, memory makers (including NAND flash and HBM analysis), packaging and test houses, semiconductor equipment makers, materials suppliers, optical-communication and silicon-photonics companies, North American cloud companies, automotive and autonomous-driving chip developers, and research institutes. The company says no single customer accounts for a large share of revenue. It counts the world's three largest optical-communication component makers as customers; the largest of these contributed about NT$82 million of revenue in FY2025. Trade press has reported analysis work on next-generation high-performance computing chips for Nvidia, AMD, Intel, Microsoft and Meta. **End markets.** The main end markets are AI accelerators and custom ASICs; advanced logic at 3nm, 2nm and 1.4nm (A14) and below; advanced packaging (CoWoS, EMIB, fan-out panel-level packaging, glass-substrate TGV); silicon photonics and CPO; memory (HBM, NAND); power and compound semiconductors (SiC, GaN); automotive and EV electronics; and high-power server power delivery. **How the company describes its business.** MA-tek positions itself as a one-stop provider covering everything from atomic-scale materials analysis to kilowatt-class burn-in validation. It calls itself a "hidden champion" in testing and analysis, working as an R&D partner to leading foundries and offering a "Lab Foundry" model in Japan, where a lab is built next to a strategic customer's development site. **Independent view.** MA-tek is effectively an outsourced lab whose business depends on the industry's R&D spending. It has the broadest MA/FA/RA coverage of Taiwan's three listed lab operators: Msscorps (汎銓) is known mainly for advanced-node materials analysis and iST (宜特) for reliability. That breadth is an advantage. The downside is high capital intensity and operating leverage. The planned exit from majority ownership in China makes MA-tek a smaller, higher-end and more capital-rich company aimed at Taiwan, Japan and the United States. In the near term, total revenue will fall, because China accounted for about one-third of group revenue in FY2025 and H1 2026, and its contribution will move to equity-method accounting.

Siasun is the commercial robotics arm of the Chinese Academy of Sciences. Scientists from the Shenyang Institute of Automation's robotics laboratory founded it in 2000, and it has the widest product range of any Chinese robot maker. That range runs from motion controllers, servo drives and robot arms up to full automated factories: welding and assembly lines, automated warehouses, AGV fleets and transport automation. The second leg of the business is semiconductor fab infrastructure. Through its majority-owned subsidiary Shenyang Siasun Semiconductor Equipment Co., Ltd., the company makes atmospheric and vacuum wafer-handling robots, equipment front-end modules (EFEMs), load ports and vacuum transfer platforms for domestic etch, deposition and ion-implant tool makers. China's National IC Industry Investment Fund II and AMEC are minority shareholders in that subsidiary. Siasun is now a CNY 4 billion business that sells more robots each year but is losing more money. It sold 13,676 robots in 2025 (up 65%) yet lost CNY 398 million at the net level. Its investment case therefore rests on two things: growth in fab-automation import substitution, and whether its productisation, internationalisation and embodied-intelligence programmes can rebuild margins that have stayed in single digits to low teens for five years. --- ### What the company does In its FY2025 annual report, Siasun describes itself as working across the whole robot industry chain. That covers core components (motion controllers, servo motors and servo drives), robot bodies (six-axis industrial robots, mobile robots and special-purpose robots) and the application technologies built on them: welding automation, assembly automation and logistics automation. These serve new-energy vehicles, semiconductors, lithium batteries, electronics, photovoltaics, aerospace and healthcare. The company reports two business families: 1. **Robots and intelligent equipment.** This covers industrial robots and related system integration, logistics and warehousing automation, automated assembly and inspection lines, and transportation automation systems. It also includes the humanoid and embodied-intelligence product line: an intelligent humanoid dual-arm platform, the "Songyi" (松羿) wheeled humanoid series and the "Songxing" (松行) bipedal humanoid. 2. **Semiconductor equipment.** Siasun describes this business as vacuum manipulators and cluster-type equipment: atmospheric manipulators, vacuum manipulator series, EFEMs and vacuum transfer platforms. Its customers are semiconductor process-tool makers, and the products go into etch, thin-film and ion-implant steps in wafer fabrication, advanced packaging and test. ### Business and revenue model | Revenue type | Description | Indicative share | |---|---|---| | Engineered systems and projects | Automated assembly and inspection lines, AS/RS warehouses, AGV fleets, welding lines, transport automation; recognised on acceptance | Majority. Assembly lines, logistics and transport alone were about 60% of FY2025 revenue. | | Standard products | Industrial robots sold through distributors, integrators and e-commerce channels; standard AGVs and forklifts; semiconductor robots and EFEMs sold to tool makers | Rising. This is the core of management's productisation strategy. | | After-sales service and spares | Maintenance, retrofits and spares across a base of more than 4,000 enterprise customers | Not separately disclosed | | Licensing and subscription | No material licensing or subscription revenue; the software apps launched in 2026 (Duomai, OneHub) support hardware sales | Negligible | Siasun's revenue is mostly project-based capital equipment. Most income is recognised when a line or system passes customer acceptance. That explains the strong fourth-quarter skew: Q4 2025 revenue was CNY 1,903 million, 46% of the year. It also explains the heavy inventory and contract-asset balances (inventory was CNY 3,089 million at end-2025, against revenue of CNY 4,122 million). **Engineered systems and projects:** Description: Automated assembly and inspection lines, AS/RS warehouses, AGV fleets, welding lines, transport automation; recognised on acceptance; Indicative share: Majority. Assembly lines, logistics and transport alone were about 60% of FY2025 revenue. **Standard products:** Description: Industrial robots sold through distributors, integrators and e-commerce channels; standard AGVs and forklifts; semiconductor robots and EFEMs sold to tool makers; Indicative share: Rising. This is the core of management's productisation strategy. **After-sales service and spares:** Description: Maintenance, retrofits and spares across a base of more than 4,000 enterprise customers; Indicative share: Not separately disclosed **Licensing and subscription:** Description: No material licensing or subscription revenue; the software apps launched in 2026 (Duomai, OneHub) support hardware sales; Indicative share: Negligible In its 2025 interim report the company describes two sales routes. Large projects are sold directly with tailored engineering. Standard industrial robots go through agents, system integrators and online platforms. ### Value-chain position Siasun is unusually vertically integrated for a Chinese robot maker. In 2022 it reported that it had largely localised reducers for new robot models under 35 kg and outsourced motors for small robots, and had upgraded its in-house controller. Upstream, it still buys precision bearings, some high-end reducers, chips and vacuum-grade parts. Downstream, it acts as both an original equipment manufacturer (selling robots and EFEMs to integrators and tool makers) and an integrator (delivering whole lines to vehicle and battery plants). In semiconductors it is a sub-system supplier to tool makers, one level below the process-tool vendors, rather than a direct supplier of process equipment to fabs. Some vacuum and atmospheric products have now been taken up directly by end fabs as well. ### Customer types and end-markets | End-market | Typical customers and use | Evidence | |---|---|---| | Automotive and EV (body, chassis, battery) | Spot- and laser-welding lines, chassis "marriage" AGVs, battery-pack handling | Nearly 100 heavy-payload robots on a domestic car-body welding main line (FY2025); nearly 100 spot-welding robots at Geely's Yiwu plant (2026); AGV project at a Chinese EV maker's plant in Hungary | | Lithium battery | Mobile robots covering the electrode and cell production flow | Described in the FY2022 annual report | | Semiconductor tool makers and fabs | Vacuum and atmospheric wafer handling, EFEMs, vacuum platforms | Semiconductor revenue of CNY 525 million in FY2025 | | Auto components and general industry | Assembly lines, e.g. a high-pressure fuel-pump line for a global customer and a seatbelt-retractor line in the Czech Republic | FY2025 annual report | | Logistics and warehousing | AS/RS, stacker cranes, four-way shuttles | 38 m stacker crane with 36,000 storage locations in Malaysia | | Transportation | Transport automation systems, charging and battery-swap systems | CNY 261 million revenue in FY2025 | | Healthcare and eldercare | Rehabilitation and eldercare robots; a home-companion robot is listed in the MIIT 2024 Elderly Products Catalogue | 2024 results briefing | | Defence and special environments | Explosion-proof, high-temperature and confined-space robots; automatic reloading systems; equipment support systems | Special robot product family | **Automotive and EV (body, chassis, battery):** Typical customers and use: Spot- and laser-welding lines, chassis "marriage" AGVs, battery-pack handling; Evidence: Nearly 100 heavy-payload robots on a domestic car-body welding main line (FY2025); nearly 100 spot-welding robots at Geely's Yiwu plant (2026); AGV project at a Chinese EV maker's plant in Hungary **Lithium battery:** Typical customers and use: Mobile robots covering the electrode and cell production flow; Evidence: Described in the FY2022 annual report **Semiconductor tool makers and fabs:** Typical customers and use: Vacuum and atmospheric wafer handling, EFEMs, vacuum platforms; Evidence: Semiconductor revenue of CNY 525 million in FY2025 **Auto components and general industry:** Typical customers and use: Assembly lines, e.g. a high-pressure fuel-pump line for a global customer and a seatbelt-retractor line in the Czech Republic; Evidence: FY2025 annual report **Logistics and warehousing:** Typical customers and use: AS/RS, stacker cranes, four-way shuttles; Evidence: 38 m stacker crane with 36,000 storage locations in Malaysia **Transportation:** Typical customers and use: Transport automation systems, charging and battery-swap systems; Evidence: CNY 261 million revenue in FY2025 **Healthcare and eldercare:** Typical customers and use: Rehabilitation and eldercare robots; a home-companion robot is listed in the MIIT 2024 Elderly Products Catalogue; Evidence: 2024 results briefing **Defence and special environments:** Typical customers and use: Explosion-proof, high-temperature and confined-space robots; automatic reloading systems; equipment support systems; Evidence: Special robot product family ### Independent characterisation On the numbers, Siasun is more an automation engineering contractor with a robot brand than a robot product company. Engineered lines and systems still account for most revenue. Group gross margin has stayed between 7.6% and 14.6% for five years, roughly half the margin of product-led peers such as Estun (about 28–33%) or wafer-handling specialists such as Rorze (about 40%). The exception is the semiconductor equipment business. It carried a gross margin of about 28% in H1 2024 and H1 2026, has outside investors who have priced it independently, and is the main source of differentiated value in the group. The strategic tension of the past three years has been whether Siasun can turn into a product company quickly enough to stop the systems business from absorbing the gains.

JEL Corporation is a privately held, founder-family-led Japanese maker of clean-room transfer robots. Its robots move silicon wafers, flat-panel-display glass substrates and other delicate substrates inside semiconductor production and inspection equipment. From its base in Fukuyama, Hiroshima, a city that is also home to larger listed rival RORZE, JEL has grown over three decades from a JPY 3 million start-up into a JPY 9–14.5 billion revenue company with 293 employees, more than 2,800 customers worldwide, and manufacturing in Fukuyama, Kochi, Onomichi and Changzhou (China). Its niche is build-to-order customisation and short lead times. Typical products are cylindrical-coordinate and horizontal multi-joint (SCARA-type) robots, vacuum robots, aligners, Bernoulli non-contact hands and wafer-container systems, designed to fit each equipment maker's layout. Most customers are equipment OEMs outside Japan, and China is the fastest-growing source of orders. In October 2026 JEL opened a JPY 5 billion plant in Onomichi. At full operation the plant doubles group capacity to 1,200 robots a month and supports a target of JPY 23.1 billion revenue by FY May 2030. ### What the company does JEL develops, designs, manufactures and sells robots for transferring semiconductor wafers and robots for transferring glass substrates for liquid-crystal and LED displays, together with the related transfer systems. Its corporate profile lists two product families: - semiconductor wafer transfer robots and transfer systems - LCD glass substrate transfer robots and transfer systems It also sells aligners, end-effectors, Bernoulli non-contact hands, wafer-container handling systems, controllers and software. Over the past decade it has added robots for Petri dishes and microplates for life-science and pharmaceutical automation. In plain terms, JEL makes the "hands and arms" inside wafer-processing and inspection tools. These robots take wafers out of carriers (FOUPs, FOSBs, open cassettes), pass them to aligners and process modules, and return them, without breaking, mis-positioning or contaminating them. Wafers that have been through many process steps can be worth several million yen each, so reliability, cleanliness and positioning accuracy are what customers buy on. ### The company's own description JEL describes itself as having grown, since its founding in 1993, into a leading manufacturer of clean robots for semiconductors and FPD glass substrates. It says more than 2,800 customers worldwide use its robots, and that this has earned it a reputation for high-quality products and a stable supply system. In its SEMI member listing it says it makes a complete line of clean robots and systems for the semiconductor and FPD industries, and that it develops products around market needs and individual customer requirements. In recruitment materials it names customisation capability and short delivery times as its main strengths, with strong demand from automotive power semiconductors, from smartphone and tablet chipmaking, and from bio and pharmaceutical handling. ### Business model | Dimension | Characterisation | |---|---| | Revenue model | Almost entirely product sales (robots, aligners, systems, end-effectors), plus after-sales service (overhaul, repair, field start-up, training, spare parts). No subscription or licensing revenue is disclosed | | Production model | Fully build-to-order. Each project gets a team of engineers, specifications differ by order, and design work ranges from one day to one month per robot | | Value-chain position | Tier-1 subsystem supplier to semiconductor and FPD equipment OEMs. Some robots are also sold to device makers and automotive-related manufacturers | | Customer types | Semiconductor and LCD equipment makers, automotive-related manufacturers, semiconductor and LCD device makers, life-science and pharmaceutical automation users | | End markets | Front-end wafer processing and inspection tools, power semiconductors (including SiC and other compound materials, tape-frame and thin-wafer handling), advanced and panel-level packaging, FPD and micro-LED, laboratory automation | | Warranty | Two years from ex-works date for products ordered from 1 June 2016 (previously one year) | | Service infrastructure | Domestic and overseas support desks, overhaul and repair service, operator training, emergency contact line, product-vulnerability response team (PSIRT, launched October 2026), downloadable 3D CAD models, JELDATA3 communication software | **Revenue model:** Characterisation: Almost entirely product sales (robots, aligners, systems, end-effectors), plus after-sales service (overhaul, repair, field start-up, training, spare parts). No subscription or licensing revenue is disclosed **Production model:** Characterisation: Fully build-to-order. Each project gets a team of engineers, specifications differ by order, and design work ranges from one day to one month per robot **Value-chain position:** Characterisation: Tier-1 subsystem supplier to semiconductor and FPD equipment OEMs. Some robots are also sold to device makers and automotive-related manufacturers **Customer types:** Characterisation: Semiconductor and LCD equipment makers, automotive-related manufacturers, semiconductor and LCD device makers, life-science and pharmaceutical automation users **End markets:** Characterisation: Front-end wafer processing and inspection tools, power semiconductors (including SiC and other compound materials, tape-frame and thin-wafer handling), advanced and panel-level packaging, FPD and micro-LED, laboratory automation **Warranty:** Characterisation: Two years from ex-works date for products ordered from 1 June 2016 (previously one year) **Service infrastructure:** Characterisation: Domestic and overseas support desks, overhaul and repair service, operator training, emergency contact line, product-vulnerability response team (PSIRT, launched October 2026), downloadable 3D CAD models, JELDATA3 communication software ### Independent characterisation JEL is best described as a high-mix, customisation-led specialist in the atmospheric and vacuum wafer-handling robot market, sitting below the scale players: RORZE, DAIHEN, Kawasaki Heavy Industries, Yaskawa, Nidec (Genmark) and Brooks. Its products mostly use stepping motors (open- and closed-loop) with servo options. Combined with in-house controllers and a broad catalogue of standard axes, this puts it in the cost-efficient, configurable part of the market, which suits second-tier equipment makers, inspection-tool builders, power-device and packaging tool makers, and the fast-growing Chinese equipment industry. Its 2,800-plus customer count points to a broad and fragmented customer base rather than dependence on a few mega-OEMs. In September 2026 a Hiroshima Prefecture feature on the company noted that most customers are overseas, because the Japanese semiconductor market is small compared with those abroad. The business is highly cyclical. Revenue more than tripled from FY May 2020 to FY May 2023, then fell by more than a third by FY May 2026.

Sinfonia Technology is a mid-sized Japanese electro-mechanical engineering group. It builds on about 110 years of expertise in rotating machines, motor control and power electronics. Its most visible role in the semiconductor supply chain is in fab automation. It makes FOUP/SMIF load ports and equipment front-end modules (EFEMs), which transfer wafers between sealed carriers and process tools. The company says it holds more than 50% of the global load-port market and supplies 11 of the world's 15 largest wafer-fab equipment makers. Its second growth engine is aerospace and defence. Sinfonia is Japan's leading supplier of aircraft electrical generation systems and a key supplier of thrust-vector-control actuators for the H3 launch vehicle. A new ¥12bn aerospace plant in Ise starts operating in January 2027. The rest of the business includes electromagnetic clutches and brakes, railway and printer components, automotive test systems, vibratory feeders, cryogenic LNG motors, water-infrastructure control systems, and installation and service work, including overhead-transport installation in semiconductor fabs. In FY3/26 the group set records: sales of ¥128.2bn, operating profit of ¥18.5bn (14.4% margin) and ROE of 16.2%. Its 2030 Vision targets ¥200bn of sales, with 40% coming from semiconductors. --- ### What the company does Sinfonia designs, manufactures, installs and services electro-mechanical equipment. It reports four segments: 1. **Clean Transport System (クリーン搬送システム).** Handling equipment for semiconductor manufacturing tools: load ports (about 70% of segment sales), EFEMs (about 30%) and related wafer-handling systems. Part of production takes place at the Thai subsidiary. 2. **Motion Equipment (モーション機器).** Aerospace and defence equipment (about 47% of segment sales in FY3/26), factory-automation components such as electromagnetic clutches and brakes (about 43%), and semiconductor-related actuators and drives (about 10%). Railway components and printer systems also sit here. 3. **Power Electronics Equipment (パワーエレクトロニクス機器).** Vibratory conveyors and parts feeders, social-infrastructure electrical systems (water and sewage monitoring and control, transport facilities), automotive test systems, cryogenic submerged motors for LNG, aircraft ground power units and generator sets. 4. **Engineering & Service (エンジニアリング&サービス).** Electrical and mechanical installation work, overhead-transport installation and software for semiconductor fabs, after-sales service, logistics and warehousing, staffing and software development. These run through Sinfonia Engineering, Sinfonia Shoji and ICS. ### Company self-description The annual report describes Sinfonia's business model as "technology-oriented": growth comes from development capability and the ability to respond to customer requirements. The medium-term plan *SINFONIA NEXT DREAM* (FY3/26–FY3/28) puts semiconductors and aerospace at the centre of capital allocation. The long-term *2030 Vision* describes the company as one that "challenges and grows, resonating with society, customers and ourselves", which is a play on the company name. ### Independent characterisation Sinfonia is best understood as two growth businesses inside a stable industrial core: **Semiconductor-linked businesses:** about ¥36bn of sales in FY3/26, or roughly 30% of the group. This includes all of Clean Transport, semiconductor actuators and direct-drive (DD) motor units in Motion, and fab overhead-transport installation in Engineering & Service. Demand follows wafer-fab equipment (WFE) spending. Clean Transport earns the highest segment margin, at 15–21% over the last five years. **Aerospace and defence:** about ¥25bn of sales. This business runs on a large backlog, driven by Japan's Defense Buildup Program and domestic launch-vehicle programmes. Motion Equipment's order backlog was ¥86.8bn at 30 June 2026, roughly 1.7 years of the segment's sales. **Industrial and infrastructure core:** about ¥67bn, covering power electronics, infrastructure, automotive test and engineering services. This base is slower-growing but profitable and largely domestic, and it pays for the dividend and the group's fixed costs. ### Revenue model | Revenue type | Character | Main segments | |---|---|---| | Product sales (made-to-order and catalogue) | The large majority of revenue: built-to-order machinery and components | Clean Transport, Motion, Power Electronics | | Long-duration contracts (recognised over time) | Aerospace and defence programmes, infrastructure systems, large electrical works | Motion, Power Electronics, Engineering & Service | | Installation and service | Field installation, maintenance, retrofits, after-sales service | Engineering & Service | | Logistics, staffing, software | Small, mostly intra-group services | Engineering & Service | **Product sales (made-to-order and catalogue):** Character: The large majority of revenue: built-to-order machinery and components; Main segments: Clean Transport, Motion, Power Electronics **Long-duration contracts (recognised over time):** Character: Aerospace and defence programmes, infrastructure systems, large electrical works; Main segments: Motion, Power Electronics, Engineering & Service **Installation and service:** Character: Field installation, maintenance, retrofits, after-sales service; Main segments: Engineering & Service **Logistics, staffing, software:** Character: Small, mostly intra-group services; Main segments: Engineering & Service Sinfonia does not report revenue by subscription or licensing. It has no material recurring licensing income. ### Customers and end-markets | End-market | Typical customers | Exposure | |---|---|---| | Semiconductor equipment (front end and back end) | Global wafer-fab equipment makers (11 of the top 15 are customers), OSATs | High growth, cyclical | | Semiconductor fabs (automation installation) | Domestic and overseas fab operators | Growing | | Aerospace and defence | Japanese heavy-industry primes (Tier-1 and Tier-2) and government programmes | Backlog-driven growth | | Space | Launch-vehicle and satellite programmes, including H3 with Mitsubishi Heavy Industries as prime | Programme-based | | Factory automation | Machine builders, electronics assembly | Cyclical | | Automotive R&D | OEM and supplier test labs (EV-related test equipment) | Currently soft | | Public infrastructure | Water utilities, expressways, rail and station operators | Stable | | Energy | LNG terminals (cryogenic motors), gensets | Niche | | Amusement and printing | Photo-sticker and card-game printer makers | Niche | **Semiconductor equipment (front end and back end):** Typical customers: Global wafer-fab equipment makers (11 of the top 15 are customers), OSATs; Exposure: High growth, cyclical **Semiconductor fabs (automation installation):** Typical customers: Domestic and overseas fab operators; Exposure: Growing **Aerospace and defence:** Typical customers: Japanese heavy-industry primes (Tier-1 and Tier-2) and government programmes; Exposure: Backlog-driven growth **Space:** Typical customers: Launch-vehicle and satellite programmes, including H3 with Mitsubishi Heavy Industries as prime; Exposure: Programme-based **Factory automation:** Typical customers: Machine builders, electronics assembly; Exposure: Cyclical **Automotive R&D:** Typical customers: OEM and supplier test labs (EV-related test equipment); Exposure: Currently soft **Public infrastructure:** Typical customers: Water utilities, expressways, rail and station operators; Exposure: Stable **Energy:** Typical customers: LNG terminals (cryogenic motors), gensets; Exposure: Niche **Amusement and printing:** Typical customers: Photo-sticker and card-game printer makers; Exposure: Niche

Hirata Corporation is a Kumamoto-based production-systems engineering company. It describes itself as a "factory that creates factories", designing, building, installing and servicing automated assembly lines and handling equipment for some of the world's largest manufacturers. The company has two core franchises. The first is a large, project-based Automotive business that supplies engine, transmission, electric-drive-unit, inverter and battery assembly and test lines, with General Motors as its largest customer. The second is a fast-growing Semiconductor business that makes atmospheric wafer-handling robots, load ports and Equipment Front End Modules (EFEMs) for front-end process-tool makers. It is now expanding into panel-level packaging handling. A third segment covers flat-panel and OLED equipment, appliance-motor and tyre lines, logistics stockers, and medical and laboratory devices. Hirata posted record sales of ¥94.9 billion in FY2026. Generative-AI-driven wafer-handling demand is shifting its mix from automotive toward semiconductors. Its 2025–2027 plan targets ¥10 billion of operating profit and ROE of 9.3% or higher. --- **What the company does.** Hirata is a systems integrator and equipment maker. It takes a customer's production requirement and handles proposal, development, design, manufacture, installation, commissioning and after-sales maintenance of complete production systems. Its Annual Securities Report (FY2026) groups the business into three reportable segments plus "Other": **Automotive-related:** Manufacture and sale of production systems for automakers and parts makers, centred on automated assembly lines for electric-vehicle (EV) components, engines, transmissions and on-board electronic components. **Semiconductor-related:** Manufacture and sale of wafer-transfer equipment for semiconductor manufacturing. Main products are load ports that bring silicon wafers into process tools, wafer-transfer robots, and EFEMs that integrate both. **Other automated labour-saving equipment:** Assembly equipment for motors used in high-performance home appliances and other appliance production equipment, logistics equipment such as stockers and conveyors, tyre-related production equipment, flat-panel-display (FPD/OLED) equipment, and medical and scientific instruments. **Other:** Mainly Trinity Corporation (65.9%-owned), a Tokyo-based developer of loyalty-point management, customer-management and bespoke software. **Business model.** Most revenue comes from build-to-order (受注生産) engineering projects. These are typically multi-month contracts worth ¥1 billion to more than ¥10 billion, with revenue recognised over time as work progresses. Contract assets therefore form a large part of the balance sheet: ¥20.9 billion at 31 March 2026, against ¥30.5 billion a year earlier. Since FY2025 the company has renegotiated payment terms to collect more advances, and contract liabilities roughly doubled to ¥4.4 billion over FY2026. Alongside the projects, Hirata sells standard products in volume: load ports, wafer robots, EFEMs, industrial robots, brushless DC motors and electric actuators. It also earns recurring maintenance and field-service revenue through Hirata Field Engineering Co., Ltd. The company does not disclose a split between product, project and service revenue. There is no subscription or licensing revenue of note outside the software subsidiary. **Value-chain position.** In semiconductors, Hirata is a tier-1 subsystem supplier to wafer-fab equipment (WFE) makers. Its EFEMs and load ports are built into etch, deposition, cleaning, metrology and other process tools, which those tool makers then sell to foundries, memory makers and IDMs. In automotive, Hirata sells directly to vehicle and powertrain manufacturers as a turnkey line builder, and executes large North American projects jointly with HIRATA Corporation of America and its Mexican subsidiary. Consolidated subsidiary Taihei Technos Corporation handles manufacturing subcontracting, electrical work and component procurement in Japan. **Customers and concentration.** General Motors LLC is the only customer above 10% of sales. It accounted for ¥16,583 million, or 17.5% of FY2026 sales, up from ¥12,937 million (14.6%) in FY2025. Other customers are disclosed only by type: global automakers and Tier-1 suppliers, semiconductor-equipment OEMs, display-panel makers, appliance and tyre makers, logistics operators, and medical and research institutions. **End-markets.** Light-vehicle powertrains (internal combustion, hybrid and battery-electric), semiconductor front-end equipment (especially AI-related logic and memory capacity), display panels, consumer appliances, tyres, logistics and life sciences. **Company's own characterisation.** Hirata's management philosophy is "人技幸献": to make everyone connected with Hirata happy and to contribute to society through technology. The 2025–2027 Medium-Term Management Plan treats semiconductors as the growth business and automotive as the base business. Its stated aim is to build a high-profit structure while widening the business domain, under a theme of maximising profit, for both customers and Hirata, through equipment innovation. **Independent characterisation.** Hirata is best understood as a mid-cap engineering contractor that holds a valuable semiconductor component franchise. Automotive is a lumpy project business. It currently earns double-digit margins thanks to disciplined pricing and steady combustion-engine and hybrid capex in North America, but its order intake depends on a few very large awards. Semiconductors combine standard products with semi-custom work and should, in principle, earn structurally higher margins. Yet in FY2026 they earned only 6.7%, well below specialist peers, because purchase-cost inflation outran contract pricing. Whether Hirata can close that margin gap is the central question in its investment case.

Rorze designs and builds the clean-transfer automation that moves silicon wafers, FPD glass substrates and photomask carriers inside and between fab tools. Its equipment front-end modules (EFEMs), wafer sorters, atmospheric and vacuum robots, aligners, load ports and nitrogen-purge stockers sit inside or beside the process tools of the world's leading wafer-fab equipment makers and foundries. Customers include Applied Materials and TSMC. Rorze pairs in-house motors, controllers and software with low-cost, high-volume manufacturing in Vietnam, which has produced operating margins of 24–28% in recent years. A small life-science unit (cell-culture incubators and automation) and a metal-impurity analysis business (VPD systems, through RORZE IAS) add adjacencies. Demand from generative-AI-driven advanced-node and packaging investment pushed net sales and orders to records in the first half of the fiscal year ending February 2027, and management raised full-year guidance to ¥180.0 billion of sales and ¥53.1 billion of operating profit on 8 October 2026. The principal overhangs are a US patent judgment, customer concentration, and exposure to export controls on China. Conventions used throughout: all figures are Japanese GAAP, consolidated, in ¥ million unless stated. A fiscal year is labelled by the calendar year in which it ends, so "FY2026" is the year from 1 March 2025 to 28 February 2026. Rorze's own materials call that year "FY2025". Sources are the Tanshin earnings releases (9 April 2026, 9 July 2026), the FY2026 annual securities report filed 22 May 2026, the FY2026 and Q1/Q2 FY2027 financial briefings, and the TDnet forecast revision of 8 October 2026. **Company description.** The annual securities report describes Rorze as primarily engaged in developing, manufacturing and selling transport equipment for semiconductor and flat-panel-display (FPD) manufacturing, with additional businesses in analytical equipment and life science. Rorze reports two segments: the Semiconductor and FPD Related Equipment business and the Life Science business. **Independent characterization.** Rorze is a niche but critical "pick-and-place" supplier inside the fab-equipment value chain. Wafer-handling modules are a mandatory component of nearly every wafer-processing platform. Rorze sells to two types of buyer: - Equipment makers, who embed Rorze EFEMs, robots, aligners and load ports in their own process tools. This is the larger channel and includes Applied Materials. - End users (foundries and memory makers), who buy sorters and stockers directly. This channel grew as a share of sales in Q1 FY2027, led by Taiwanese foundries. **Revenue model.** - Build-to-order equipment is the core of revenue. - Service and parts revenue grew sharply as the installed base expanded, especially in Taiwan and the US. - There is no subscription or licensing revenue. - Orders in the year ended Feb 2025 were ¥110,081 million, up about 23% on the prior year. **Value-chain position.** Rorze is a Tier-1 module supplier below the wafer-fab equipment OEMs. Its wafer-transfer products are mostly produced at RORZE ROBOTECH in Haiphong, Vietnam. FPD transport systems are produced mainly by RORZE SYSTEMS in Korea (and its Vietnamese plant), and the company makes its own motors and controllers. **Customers and end-markets.** **Customers:** Applied Materials accounted for 19.3% of net sales in the year ended Feb 2025. In Q1 FY2027, Applied Materials was 21.9% and TSMC 18.2% of semiconductor segment sales. **End-markets:** Logic and foundry (advanced nodes), memory, advanced packaging, FPD (large glass substrates), and drug discovery and cell therapy (life science).