High-load Handling Robot

The CRP-RA28-360 high-load handling robot, with its 360kg industrial-grade payload as its core breakthrough, is designed specifically for heavy-duty material handling. Its highly rigid structure and vibration-resistant control technology ensure its reliable performance in heavy-duty operations such as handling, assembly, and grinding in production lines such as automotive manufacturing and metalworking. Its compact design supports high-density deployment, meeting the demands for precise and efficient transfer of large workpieces in confined spaces.

● 360kg Industrial Payload

The industry-leading 360kg payload capacity, coupled with a highly rigid mechanical structure, ensures stable handling and precise positioning of heavy castings and mechanical components.

● High-Rigidity Compact Design

The integrated motor joint and hollow arm structure reduce the overall size by 30%, adapting to confined production lines and enabling high-density collaborative operation of multiple machines.

● Interference-Free Internal Routing

The wrist cable is fully internal, preventing external entanglement; the hollow arm structure completely eliminates the risk of interference with surrounding equipment during multi-machine collaboration.

● Heavy-Duty Multi-Process Kit

Supports optional φ12 dual-circuit air circuits (compatible with welding and handling) and impact-resistant gripper interfaces, enabling seamless switching between heavy-duty processes such as spot welding, riveting, and grinding.

● Robotic-Grade Flexible Cables

The machine body utilizes highly flexible cables specifically designed for industrial robots, resistant to high-frequency, heavy-load motion and extending its service life.

● High-Speed ​​Anti-Vibration Control System

A high-speed servo motor, precision RV reducer, and anti-vibration control algorithm reduce cycle time by 15%, ensuring jitter-free operation under heavy loads.

● Modular Configuration
Provides quick-change interfaces for pneumatic and electrical circuits, allowing flexible selection of end-of-line tooling based on welding, handling, and assembly needs, reducing production line modification costs.

● User-Friendly Maintenance
The simple mechanical structure and graphical user interface provide easy access to key components, significantly simplifying maintenance of heavy equipment.