Kinova Jaco Robotic Arm

A robotic arm device designed to provide autonomy and independence for people without mobility in their upper limbs. The Kinova Jaco enables users to perform daily activities such as eating, drinking, and dressing through motorized articulated arm control and manipulation capabilities.

An assistive robotic device designed to restore or enhance arm and hand function for patients with upper limb impairments or paralysis. The robotic arm provides support for activities of daily living and rehabilitation.

Multi-degree-of-freedom robotic system with compact structure and high operational flexibility. Suitable for precision medical device assembly and handling applications.

A seven-axis humanoid robotic arm with advanced dexterity for complex medical procedures, surgical assistance, and precise manipulation tasks in healthcare. Incorporates intelligent control systems for collaborative medical environments.

A precision robotic arm system designed for assisting in orthopedic surgical procedures with enhanced accuracy and repeatability. The system integrates with surgical navigation platforms for real-time guidance.

A robotic rehabilitation device that assists in the recovery and training of upper extremity function. The device provides controlled movement support and resistance training for arm and shoulder rehabilitation.

Multi-axis motor systems enabling articulated movement in surgical robotic platforms. Provide the precision and reliability required for minimally invasive robotic-assisted surgery.

Collaborative robotic arms designed for surgical assistance and medical automation in operating room environments. Enables precise manipulation in complex clinical scenarios with real-time decision-making capabilities.

An assisted robotic arm designed for laparoscopic surgery to hold and position cameras or instruments with powered precision. The surgeon-friendly device features four degrees of freedom, multiple control options (foot-switch, hand control, or hybrid), and preset positioning capabilities for common surgical steps. It includes safety features such as motion smoothing, drift-free locking, soft-stop speed limits, and torque limiting, and can be paired with additional arms for retraction tasks.

Articulated robotic arm component for surgical applications. Offers precision movement and instrument delivery in minimally invasive surgery.

A mobile platform featuring a robotic arm for medical and surgical applications. This device provides automated assistance in healthcare procedures with mobility.

Motorized articulated arm system assisting endoscopic instrument positioning and movement. Provides enhanced precision and reduced operator fatigue during complex procedures.