Hai Robotics Overview
Company Headquarters: China
Founded: 2016
Workforce: ~500
Company Working: Hai Robotics is a global leader in intelligent automated storage and retrieval systems (ASRS). ASRS systems from the firm enable contemporary storage density, reach up to 32+ feet high, lower customer storage footprints by up to 75%, increase workflow efficiency benefits by up to 4x, maximise order pick accuracy to 99.9+%, and boost daily orders fulfilled rate by more than 170%. Hai robots creates an autonomous case-handling (ACR) system that delivers warehouse automation solutions for the logistics warehouse business using robots’ technology and AI algorithms. The business holds over 400 global patents in fields such as robot control and warehouse management. Hai Robotics, formed in 2016, has five foreign companies in Hong Kong Special Administrative Region, Japan, Singapore, the United States, Australia, and the Netherlands, with worldwide clients in over 30 countries.
Strategy
HAI robots is dedicated to offering warehouse automation systems that are efficient, intelligent, adaptable, and customized using robots technology and AI algorithms. The business claims to be a pioneer in autonomous case-handling robotics (ACR) systems and seeks to provide value to each manufacturing and logistics warehouse. Hai Robotics ACR systems provide extremely efficient Goods-to-Person solutions that mix seamlessly with the warehouse environment. Notably, these systems surpass standard warehouse automation solutions by increasing storage density by up to 400% and increasing worker efficiency by three to four times. Furthermore, ACR robots can reach amazing heights of up to 10 meters, transforming warehouse operations. The company has partnered with leading system integrators and supply chain players such as MUJIN, MHS, BPS Global, Savoye, Zion Solutions Groups, Tompkins Robotics, Storage Solutions, as well as UK-based Invar System and Greece-based Voyatzoglou Systems, to make its smart warehouse solutions easily accessible to global business operators.



