Barrett Technology

Summary

About

About Barrett Technology

Barrett Technology develops torque-controlled robotic arms, dexterous hands and compact motor-control electronics. The cable-driven WAM arm is available with four or seven degrees of freedom and is naturally backdrivable, allowing force control through low-friction, near-zero-backlash joints. High-payload configurations carry up to eight kilograms on the four-axis arm or six kilograms on the seven-axis version, while the open control architecture supports manipulation, haptics, teleoperation and robotics research.

The BH8-282 BarrettHand is a self-contained, 980-gram, three-finger gripper with eight controllable axes that adapts to differently shaped objects without changing tools. It connects over serial or CAN bus and can be paired with WAM or other robot arms. Barrett also supplies Puck motor controllers and the three-axis Burt platform for upper-limb rehabilitation research, including sensorimotor training, force-feedback studies, virtual environments and master-slave control. The product family spans research components, integrated manipulation systems and clinical rehabilitation equipment.

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Products

Team

  • Matt Rigby - President and Chief Commercial Officer - Rigby leads commercial strategy for Barrett medical and robotics products, including go-to-market work around rehabilitation robotics.
  • CJ Valle - President and Chief Operating Officer - Valle leads Barrett production, engineering, finance, regulatory, HR, and product-development operations across drive systems and medical robotics.
  • Bill Townsend - CEO and Chairman - Townsend created Barrett's core drive technologies, including servomotor controllers and gearless transmissions used in robotic arms and hands.

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Context

Comparable profiles

Context tags

  • Dexterous manipulation - Capability - Barrett Technology sources describe dexterous manipulation for robotics or robot-adjacent manipulation systems.
  • Robotic hands - Capability - Barrett Technology sources describe robotic hands for robotics or robot-adjacent manipulation systems.
  • End effectors - Stack Layer - Barrett Technology sources describe end effectors for robotics or robot-adjacent manipulation systems.