A thrust and tapered bearing wrist assembly prevents binding under axial and rotational loads while preserving free rotation and precise locking.
Modular function blocks with compatibility checks let orthopedic controllers add activity-specific functions without unsafe programming conflicts.
A curved track, sliding carriage, and lock expand prosthetic thumb positioning to support abduction, adduction, and stable grasping.
A longitudinal guide and captive clamping element let prosthetic fingers mount quickly, align precisely, and lock securely without loose parts.
A ball-race locking wrist coupling prevents accidental prosthesis release while a compliant rotary core absorbs insertion forces and seals out water.
A split coupling mount, rotational joint, and modular limb socket improve handle security, fit, and control for users with limb differences.
Magnetic guidance and form-fit locking let a modular orthotic cuff attach quickly while maintaining reliable load transfer to the limb.
Dual gyro and acceleration sensors track finger and back-of-hand motion to avoid EMG delay, improve control reliability, and lower cost.
A modular 2-DOF prosthetic wrist uses locking and tendon tension control to stay lightweight while improving hand positioning and growth adaptability.