High Torque OpenArm-HT 7-DOF Robotic Arm
The OpenArm-HT is a 7-DoF robotic arm designed for robotics development, manipulation research, and custom robotic applications. With a 5 kg maximum payload, high-speed end-effector motion, and high-torque joints, it provides a capable platform for developers, researchers, and robotics teams working on advanced robotic systems.
7-DoF Robotic Arm
OpenArm-HT features 7 degrees of freedom, providing a wide range of articulated motion for robotic manipulation and development. The arm has a 689 mm vertical dimension and a 1596 mm arm span, supporting a broad working range for different robotic applications.
High-Torque Joint Performance
The robotic arm supports a maximum payload of 5 kg and delivers up to 60 N·m peak joint torque. Its end-effector can reach a maximum motion speed of 3.6 m/s, providing a combination of payload capacity, torque, and speed for demanding manipulation tasks.
CAN FD Communication
OpenArm-HT uses CAN FD for communication and control. The system is built around a 7-joint configuration, with individual joint motion ranges specified for each axis to support flexible robotic arm movement and control.
Key Specifications
- 7 degrees of freedom
- Maximum payload: 5 kg
- Peak joint torque: 60 N·m
- Maximum end-effector motion speed: 3.6 m/s
- Vertical dimension: 689 mm
- Arm span: 1596 mm
- CAN FD communication
- Joint-specific motion ranges for all 7 axes
Applications
OpenArm-HT is suitable for robotics research, robot manipulation development, custom robotic systems, prototyping, developer projects, and educational applications where a 7-DOF robotic arm with high torque and CAN FD communication is required.
