Yinglian Technology
Robotic force control systems for industrial grinding.
| Date | Investors | Amount | Round |
|---|---|---|---|
* | N/A | Series A | |
| Total Funding | 000k | ||
Wuxi Yinglian Technology Co., Ltd., operating as inlinbot, is a developer of robotic arm-tooling technology founded in 2017. The company, led by legal representative and majority shareholder Zhang Huan, was formerly known as Shenyang Yinglian Technology Co., Ltd. and is headquartered in Wuxi, China. It specializes in creating robotic tactile perception control systems and force-controlled grinding and polishing equipment, positioning itself as a national high-tech enterprise in China.
Yinglian Technology's core offering revolves around advanced force control grinding technology, which integrates computer vision and force detection to provide precise machine grinding capabilities. This technology is designed to enhance traditional industrial robots, giving them the ability to perform fine-finishing tasks that were previously difficult to automate. Their product portfolio includes FDC force control systems, force-controlled grinding tools, complete robotic grinding workstations, and systems for automatic consumable changes. These solutions are applicable to a wide range of materials, including steel, aluminum, carbon, plastics, and ceramics.
The company operates on a B2B model, providing its hardware and integrated solutions to major manufacturing firms, thereby breaking the foreign monopoly on this technology. Its client roster includes prominent names such as BMW, Foxconn, COMAC (Commercial Aircraft Corporation of China), Sany Heavy Industry, and China Nuclear Power. Yinglian Technology has also established a broad industrial ecosystem by partnering with over 20 robot manufacturers like FANUC, Yaskawa, and ROKAE, and collaborating with more than 30 universities on research and lab development. The venture is backed by several investment institutions, including Plug and Play Tech Center and Tenggu Ventures, having completed multiple funding rounds since 2020.
Keywords: robotic grinding, force control systems, machine polishing, robotic arm tooling, advanced manufacturing, industrial automation, robotic finishing, tactile perception, force detection, grinding solutions, polishing equipment, machine vision, robotic deburring, surface treatment, force-controlled tools, robotic solutions, automation technology, smart manufacturing, industrial robots, precision grinding