[Taipei, August 2025] — Dexmart Technology Corporation, a leading provider of motion control and automation solutions, will showcase its latest modular robot joint modules at the 2025 Taipei International Automation Exhibition.
The new series covers torque outputs from 2Nm to 120Nm and frame sizes from 60mm to 100mm, designed to meet the diverse needs of shoulder, hip, knee, and ankle joints across various robot applications—from lightweight collaborative robots to large industrial robots.
With a modular design, Dexmart enables customers to integrate joints seamlessly into different robot platforms, significantly shortening development cycles while maintaining high performance and reliability.

To enhance system integration, all Dexmart products feature the Safe Torque Off (STO) safety mechanism, compliant with international safety standards. They also support EtherCAT and CANopen industrial communication protocols, ensuring real-time control performance and cross-platform compatibility.
In addition, the systems are equipped with dual-encoder feedback redundancy to improve positioning accuracy and operational safety, and fully support ROS / ROS2 environments for faster development and deployment.

Beyond robot joint modules, Dexmart will also present its comprehensive motion control product line, including servo motors, brushless motors, frameless motors, motor drivers, encoders, and AMR chassis, offering a complete range of solutions—from individual components to integrated platforms.
This full-spectrum lineup highlights Dexmart’s broad commitment to smart manufacturing and robotic system innovation.

“Our goal is to combine Dexmart’s motion control expertise with a complete line of modular joint products to help customers enhance system efficiency and accelerate development,” said the General Manager of Dexmart.
“We aim to build a robust local ecosystem for robotics development in Taiwan.”

Dexmart warmly invites industry professionals and partners to visit its booth at the exhibition and explore the next generation of modular robotic platform technologies.