※ Software motion control technology

Directly using ordinary industrial PCs as carriers, integrating robot motion control algorithms into robot control software, without using motion control cards or controllers as intermediaries for motion control, reduces costs and has better scalability.

High precision real-time control core

The use of the R TX from the United States as the real-time differential compensation kernel ensures the stability and efficiency of the motion control differential compensation cycle, resulting in smoother and more reliable servo operation.

Open system architecture

Specific processing techniques and human-machine interfaces can be customized according to different industries and customer requirements to better serve customers, reduce usage difficulty, and improve production efficiency.

※ Robot control and visual terminal integrated into one

Integrating visual positioning and measurement functions, the robot controller and image processing controller are integrated into one controller. Users can choose visual components that meet specific performance requirements according to their needs, without the need to configure separate visual controllers, which reduces costs, improves processing efficiency, and reduces data risks during data transmission.

Product Application

Application industries: SCARA robots are widely used in fields such as 3C, plastic industry, automotive industry, electronics industry, pharmaceutical industry, and food industry.

Application process: handling parts and assembly work, product testing, etc.

Application products: loading and unloading of mobile phone glass, food testing.

Achievement effect: It can quickly and efficiently complete the handling of workpieces and products.

Improvement content: The mechanical design is compact and exquisite, lightweight, high-precision, easy to install, deploy, and program.