EtherCAT Motion Control Platform 2026/09/29

Introductions

The evolution of robots, machine tools, and semiconductor equipment is marked by the integration of sophisticated mechatronics systems, necessitating increased axis capabilities, heightened precision, and seamless multi-axis synchronization. Crafting these advanced mechatronics systems relies heavily on the expertise of skilled professionals adept at navigating complex wiring intricacies and crafting bespoke designs tailored to precise applications. Domestic operators are actively addressing these challenges.

Technical Advantages and Features

• EtherCAT Motion control Platform (EMP): Supports Multi-axis control up to 128 axes (typically limited to 32 axes). Real-time precision motion control, with update cycles as fast as 250 μs (typically 1,000 μs). Supports common network communication protocols (EtherCAT) and input/output modules (I/O).
• Motion Control Command Library (MCCL): Offers a diverse range of motion control function libraries, encompassing linear, arc, circular, and point-to-point movements. Provides Customized motion trajectory planning.
• Cross-Platform Library

Industrial Applications and Business Opportunities

• Industry Applications
  • Industrial Robotics, CNC Machine Tools, Semiconductor Equipment.
  • Motion Control Systems.
• Application Examples
  • Assisted Company F, the world's largest EMS manufacturer, in transitioning to a fully digital multi-axis motion control platform. Designed and developed a range of robots for diverse tasks such as polishing, grinding, pick-and-place, welding, assembly, and painting. Successfully integrated over 1,000 digital motion control platforms into their 24-hour production lines, resulting in a remarkable productivity increase of approximately 20%. This initiative also led to the achievement of domestic controller self-sufficiency.