Han’s Robot presents the Elfin-Pro Collaborative Robot, a cutting-edge solution that combines the core strengths of the Elfin collaborative robot with enhanced capabilities through the integration of cutting-edge AI technology and end-force control. With upgraded product capabilities and improved surface treatment processes, the Elfin-Pro offers a superior human-robot collaboration experience and supports a wide range of application scenarios.
Enhanced Capabilities and Integration
The Elfin-Pro Collaborative Robots build upon the advantages of the Elfin collaborative robot, including various models, easy deployment, high precision, and flexibility. By integrating cutting-edge AI technology and end-force control, the Elfin-Pro takes its capabilities to the next level. With 1000Hz real-time control refresh frequency, the robot achieves industry-leading trajectory precision control, ensuring stable and reliable performance. The integration of force control enables constant force control for perfect trajectory execution, making it suitable for intelligent assembly and flexible production of multiple varieties.
Improved Surface Treatment Process
The Elfin-Pro Collaborative Robot features a new, elegant, and practical surface treatment process that offers improved stability and reliability. With internal wiring, the robot benefits from better anti-interference ability and supports fast deployment. The simplified wiring process reduces the number and length of external cables, minimizing the risk of tangled wires and signal interference.
Conclusion
Han’s Robot’s Elfin-Pro Collaborative Robot combines the strengths of the Elfin collaborative robot with enhanced capabilities, thanks to cutting-edge AI technology and end-force control integration. With its improved surface treatment process, internal wiring, and advanced vision system, the Elfin-Pro offers higher protection, increased sensitivity, and wider application possibilities. Experience the next level of collaborative robotics with Han’s Robot‘s Elfin-Pro and unlock new possibilities for automation in manufacturing processes.
