Moying Robotics

Moying Robotics, officially Shenzhen Moying Technology Co., Ltd., is a developer of mobile collaborative robots (cobots) established in April 2019 in Shenzhen, China. The company's origins trace back to a doctoral team from the University of Edinburgh's robotics laboratory. Founder Yang Yiming led a winning project in the 2nd China (Shenzhen) Innovation & Entrepreneurship International Competition, which facilitated the company's establishment in Shenzhen's Bao'an district in 2019. Moying Technology was introduced to Shenzhen from Europe in December 2018 as a significant investment project in the robotics field.

The firm focuses on creating intelligent robotics and manufacturing industrial robots tailored for various sectors, primarily targeting biotechnology, semiconductors, and 3C manufacturing (computers, communications, and consumer electronics). Its client base includes Fortune 500 companies. Moying Robotics generates revenue through the sale of its hardware and integrated software solutions, providing unmanned, flexible manufacturing production line solutions. The company has secured multiple funding rounds, including a Series A in July 2021 and a Series A+ of nearly 100 million yuan in April 2024, to fuel research and development, supply chain expansion, and product commercialization.

Moying Robotics offers a portfolio of mobile collaborative robots, including single-arm and dual-arm versions with both omnidirectional and differential-drive capabilities. These robots are engineered to perform complex, high-precision tasks such as material handling, unloading, assembly, and equipment operation. Key technological features include autonomous navigation, motion planning in complex environments, dual-arm coordination, and integrated force control. The systems are highly customizable and adaptable, a significant benefit for industries like electronics manufacturing with short product life cycles. The company also developed the Moying Tiangong Mobile Collaboration System, a software platform that incorporates device management, large-scale multi-robot cluster collaboration, low-code graphical editing, and digital twin visualization, aiming to create a universal operating system for robotics.

Keywords: mobile collaborative robots, cobots, intelligent manufacturing, robotics automation, semiconductor manufacturing, biotechnology automation, 3C electronics manufacturing, autonomous mobile robots, dual-arm robots, Shenzhen robotics, Yang Yiming, industrial robots, logistics automation, flexible manufacturing, motion planning, machine vision, robot operating system, digital twin, smart factory, advanced manufacturing