OHand™ Intelligent Bionic Hand

Production-ready implant solutions specifically designed for hand surgery applications with biomimetic design principles for optimal functional outcomes.

A hand control and assistive system designed to support patients with hand and arm dysfunction. The device restores functional capabilities for gripping, manipulation, and daily activities.

A globally first invasive brain-computer interface system designed to restore hand motor function in patients with paralysis or motor impairment. The implantable electrode array enables direct neural signal interpretation for motor control restoration.

Anthropomorphic five-fingered robotic hand designed for biomedical applications. Provides human-like dexterity for surgical assistance and precision manipulation tasks in medical robotics.

Manual hand-operated control device for medical applications requiring operator precision in surgical and diagnostic equipment. Alternative input method to foot-based systems.

Motorized surgical power tools designed for hand surgery, orthopedic procedures, and neurosurgery applications. These precision instruments include electric drills, bone drills, and hollow drills that enable efficient bone cutting and shaping during surgical interventions. The tools support improved surgical outcomes through reliable power delivery and ergonomic design for extended operative use.

Hand plating system for orthopedic trauma surgery enabling secure fixation of bone fragments and plates. Designed for reconstructive procedures requiring precise positioning and stabilization of fractures and orthopedic implants.

A fully invasive brain-computer interface system designed to restore hand motor function through neural signal interpretation and electrical stimulation. This Class III device represents the first invasive brain-computer interface approved globally.

Amadeo is a robotic hand therapy device that enables patients with finger and hand dysfunction to perform hundreds of guided grasping movements. It restores grip strength and fine motor control through repetitive, task-specific training, helping patients regain independence in daily activities such as writing and manipulating objects.

Upper limb rehabilitation robot designed for motor recovery and functional therapy in patients with stroke, spinal cord injury, or neurological impairment. The device provides repetitive, task-specific training with adjustable resistance and motion parameters to restore arm and hand function. Features include real-time feedback, adjustable workspace, and integration with clinical assessment protocols for monitored rehabilitation outcomes.

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.

A therapy device for improving hand, wrist, and finger functionality and mobility. It uses biofeedback and artificial intelligence to measure even the smallest movements and provides active, game-based exercises for hand therapy.