ZPIR

ZPIR, also known as Zhongyuan Dongli Intelligent Robotics Co., Ltd. (中原动力智能机器人有限公司), is a Chinese robotics company headquartered in Zhengzhou, Henan Province. Founded in 2019, the company develops and manufactures industrial robots and automation systems that integrate 3D vision, force control, and advanced algorithms. Its product portfolio includes 3D vision sensing terminals, robotic arms for tasks such as picking, grinding, measuring, and welding, as well as six-axis force sensors and robot control platforms. ZPIR targets manufacturing sectors requiring flexible automation, offering solutions like 3D flexible force-controlled grinding, 3D vision-guided palletizing and depalletizing, 3D vision-guided loading and unloading, teaching-free welding, 3D vision measurement, and composite robots. The company positions itself as a provider of high-precision, easy-to-deploy 3D vision and robotics solutions, aiming to help enterprises upgrade toward digital and intelligent manufacturing. Its official website lists a range of products and solutions, and it maintains a presence on social media platforms including WeChat, Douyin, and Bilibili. ZPIR is a private company and operates primarily in the Chinese market.

ZPIR, formally Zhongyuan Dongli Intelligent Robotics Co., Ltd., was established in 2019 in Zhengzhou, Henan Province, China. The company emerged in the context of China's push for advanced manufacturing and intelligent robotics, focusing on the integration of 3D vision, force control, and artificial intelligence into industrial robot systems. From its inception, ZPIR concentrated on developing 3D vision sensing terminals and robot control platforms that enable flexible automation for tasks such as picking, grinding, measuring, and welding. The company's product lines, including the P-series for picking, M-series for measuring, G-series for grinding, and W-series for welding, were developed to address specific industrial pain points, particularly in environments with high temperatures, dust, or splatter. ZPIR also created software platforms for graphical programming, simulation, and deep learning to simplify robot deployment and operation. Over time, ZPIR expanded its solutions to include 3D flexible force-controlled grinding, 3D vision-guided palletizing and depalletizing, 3D vision-guided loading and unloading, teaching-free welding, 3D vision measurement, and composite robots. The company is headquartered in the Zhengzhou Zhongyuan Science and Technology City Artificial Intelligence Science and Technology Park. As of its official website copyright notice (© 2019~2026), ZPIR continues to operate as a private company, serving the Chinese market and promoting digital and intelligent upgrades for enterprises.

• 2019

  Company founded in Zhengzhou, Henan, China.

• Launched P-series picking robots, M-series measuring robots, G-series grinding robots, and W-series welding robots.

• Developed 3D vision sensing terminals and six-axis force sensors.

• Introduced robot algorithm and control platforms, graphical programming and simulation software, and deep learning software.

• Expanded solutions to include 3D flexible force-controlled grinding, 3D vision-guided palletizing/depalletizing, loading/unloading, teaching-free welding, 3D vision measurement, and composite robots.

Provider of high-precision, easy-to-deploy 3D vision and robotics solutions for intelligent manufacturing.

• P-series picking robots

  Suitable for loading/unloading and picking scenarios.

• M-series measuring robots

  Suitable for industrial high-temperature luminous bodies.

• G-series grinding robots

  With protective kits, usable in splatter and dust environments.

• W-series welding robots

  Suitable for teaching-free welding applications on metal workpieces.

• Six-axis force sensors

  Models OD-M-S250-0 and 0D-H-D5000-1; mature, easy to use, quick to deploy.

• Robot algorithm and control platform

  Robot + large model to help enterprises upgrade digitally and intelligently.

• Graphical programming and simulation platform

  Software for programming and simulating robot operations.

• Deep learning software

  Software leveraging deep learning for robot vision and control.

1. 1中原动力智能机器人有限公司官网odrobots.com
2. 2Wikidata: ZPIRwikidata.org