UniGym All-in-One Home Gym System

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

A home-use rehabilitation trainer designed based on ergonomics and rehabilitation medicine theory with comprehensive functions. It features active, passive, and active-passive training modes for upper and lower limbs individually or simultaneously, with real-time monitoring for patient safety and situational interactive games to enhance engagement and improve muscle strength, balance, and coordination.

The Babybot Smart Exercise Series Leg Extension & Curl Trainer is an AI-enabled physiotherapy device designed for lower limb rehabilitation and strength assessment. It provides real-time movement analysis, fatigue evaluation, and personalized exercise protocols for patients recovering from orthopedic procedures or managing age-related muscle weakness. The system combines smart sensors with adaptive training algorithms to guide therapeutic exercises and track functional progress.

Smart leg press trainer with AI-powered motion tracking and real-time biofeedback for lower limb rehabilitation and strength assessment. Designed for physiotherapy clinics and elderly care facilities to monitor exercise form, track progress, and customize resistance protocols for post-operative recovery and mobility enhancement.

Upper limb rehabilitation robot trainer(3DBT-61) is an electric orthotic exercise device that fixes the patient's hand to the device and performs various upper limb training according to the content displayed on the monitor screen to strengthen the muscles of the proximal part of the upper limb and perform movements. - For use by: Elderly, disabled, stroke patients, people with daily life inconveniences, and severe and mild patients with upper limb inconveniences - Horizontal mode, inclined mode (5° to 65°), and vertical mode are available for multi-purpose rehabilitation training in three-dimensional space - Rehabilitation robot that can perform multi-functional rehabilitation training (passive, active, and resistance) exercises - Includes various cognitive and muscle strength evaluation and training contents - Functions for route evaluation, muscle strength evaluation, area evaluation, content evaluation, and cognitive evaluation. - Remote control and monitoring functions.

An AI-powered rehabilitation and strength training system with motor-controlled resistance that adjusts weight and speed automatically. The system measures isometric, isotonic, and velocity-based training parameters, providing customized exercise prescriptions based on patient data. Suitable for medical testing, rehabilitation, and functional capacity evaluations in clinical settings.

A linked active and passive exercise rehabilitation machine for upper and lower limbs enabling synchronous or independent training parameter settings. Featuring more than 10 training modes based on biomechanical monitoring and feedback systems, the machine provides refined rehabilitation training with simplified operation to benefit both doctors and patients.

An electric motorized gait rehabilitation device that rotates a crank shaft to move the foot fixation unit, inducing gait rehabilitation and promoting muscle reconstruction and joint function recovery. It offers multiple training modes including passive automatic walking, active-assisted walking, and two types of active manual walking modes (free and step-length controlled). The device features virtual reality content integration and provides up to 2.0 km/h walking speed with adjustable stride.

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.

Advanced multi-function rehabilitation system utilizing dynamic impedance control technology with innovative mobile isovelocity capability. Provides intelligent-driven evaluation and training with multiple clinical applications through a single integrated platform.

An end-effector type robotic gait rehabilitation device for adult patients with severe gait disorders caused by degenerative neurological diseases or other conditions. The device adjusts walking speed and stride according to patient gait patterns and provides assistive force to aid gait recovery. It features multiple training modes (passive smart/manual, active-assisted), weight-bearing support adjustment via full-body harness, virtual reality content, and safety functions including automatic stop and emergency stop capabilities.

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.