A6-2 Arm Rehabilitation And Assessment Robotics

Robotic rehabilitation system designed to assist patient recovery through automated therapeutic exercises and movement guidance. Supports stroke rehabilitation, orthopedic recovery, and neurological therapy with real-time feedback and customizable treatment protocols.

Bio-inspired tendon-driven robotics technology that mimics muscle contraction to provide lightweight yet powerful assistance for rehabilitation applications. The system enables precise motor control for targeted therapeutic support.

AI-powered assistive technology designed to support and enhance human motion and mobility. Utilizes intelligent robotics and motion analysis for rehabilitation and patient assistance applications.

Robotic device for upper extremity rehabilitation and motor recovery. Provides assisted and resistive exercises for patients with arm and hand dysfunction.

Upper limb rehabilitation exercise robot that assists stroke patients in restoring upper limb function and mobility.

An advanced rehabilitation device designed for upper limb motor recovery and rehabilitation therapy. The system has been presented at multiple medical conferences including the Chinese Medical Association conference and provincial rehabilitation medicine conferences.

Integrated robotic rehabilitation platform for comprehensive upper extremity motor recovery following neurological injury. Combines Error Augmentation forces with gamified virtual environment tasks to enhance patient engagement and provide objective progression indicators during therapy.

Upper limb rehabilitation robot designed for physical therapy and motor recovery of the arms and hands. The device provides innovative solutions for patients requiring upper extremity rehabilitation and functional restoration.

A robotic system designed to assist in patient rehabilitation and physical therapy. The device provides motorized support and guided movement assistance to help patients recover mobility and strength.

A bionic rehabilitation system that restores the real movement trajectory of the upper limb through remote control operation. The equipment drives patients to complete difficult training in three-dimensional space with automatic identification, recording, analysis, and evaluation functions to stimulate neural pathway reconstruction, improve upper limb motor control, and establish correct movement patterns.

ROBOARM is an integrated upper and lower limb rehabilitation platform developed by projecting the rich clinical experience of an active orthopaedic specialist. Moving beyond the limitations of existing devices that simply repeat movements, it precisely implements high difficulty ‘Joint Mobilization’, which could previously only be performed by skilled therapists, using a 6 axis collaborative robot to provide personalized treatment for patients. The core technology of MEDISBY lies in ‘Expert Technique Replication,’ which digitizes the delicate manual therapy trajectories of master physicians for the robot to reproduce exactly. Furthermore, it provides an All in One solution that can manage all major joints of the entire body, including shoulders, elbows, hips, and knees, with a single device, maximizing the operational efficiency of hospitals.

A rehabilitation device for upper limb passive training with gravity support in spatial movements. It includes embedded position sensing technologies for motion tracking of the full arm and provides weight relief through gravity compensation to facilitate movement execution in patients with hemiparesis.