• One controller controls dual arms for simplified deployment.
• Dual-arm 14-DOF coordinated control for higher operational efficiency.
• High repeatability and precise path accuracy.
• Comprehensive interfaces for secondary development and customization.
• Ultra-lightweight, compact, modular design.
• Advanced motion control with collision detection for enhanced safety.
Degrees of Freedom
Minimum Single-Arm Self-Weight
3kg
Single-Arm Maximum Payload
Maximum Reach
Re-developing hardware and solutions based on specific customer requirements to help them explore new projects.
Customize the installation of brakes and force sensors based on actual requirements, allowing for more optimal robot development.
Customizing different structures based on customer requirements, including appearance, dimensions, structure, and manufacturing processes.
Ensuring more precise robot positioning and better stability of the running trajectory.
EtherCAT, CANopen, and other communication options are available, supporting compatibility with a wide range of mainstream robot controllers.
Supports customized logos on the robot body, helping clients establish a branded image for better market expansion.
Meets customers' design requirements for the independent design of the mechanical arm's appearance and color.
Reduce the R&D costs and personnel investment in joint development during the robot development process.