Babybot Smart Exercise Series - Shoulder Push & Pull Trainer

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.

Lexo Trainer is a robotic-assisted rehabilitation device for upper extremity therapy that combines task-specific training with real-world object manipulation and biofeedback. The system enables interactive, gamified exercises to restore hand and arm function in patients with motor deficits, supporting grip strength, finger dexterity, and activities of daily living.

Biofeedback pelvic floor muscle trainer for postpartum recovery and pelvic floor rehabilitation. Provides real-time feedback to support muscle strengthening and rehabilitation therapy.

This equipment is a medical device used to measure and evaluate the balance of the patient's sitting posture and standing posture, and to train the patient to restore the impaired lower limb function and trunk stability of the human body. - Target users: Stroke hemiplegic patients, pelvic correction patients, the elderly, the disabled, people with inconveniences in daily life, severe and mild patients with inconveniences in lower limbs - Product use: Training for stabilising the trunk, training for improving lower body strength, training for shifting the centre of gravity from front to back and left to right, training for standing up, and cognitive training content. - When training while standing, the robot arm and tilting chair automatically stand the patient up when the patient's center of gravity shifts forward. - Accumulated data allows the patient's body to be monitored for improvement. - Remote control and monitoring function.

Active passive trainer device for all four limbs, enabling comprehensive rehabilitation therapy. Supports simultaneous or sequential limb training with adjustable parameters for therapeutic progression.

An orthopedic exoskeleton arm trainer for rehabilitation therapy and stroke exercise recovery in the upper limbs.

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.

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

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 diagnostic and therapy device designed to improve mobility of the shoulder and elbow. It uses biofeedback and AI technology to measure even smallest movements during active, game-based exercises.

AI-powered platform utilizing computer vision technology to provide real-time motion tracking and guided exercises for physiotherapy and rehabilitation. Delivers personalized home exercise programs with digital assessments and performance feedback to optimize patient adherence and clinical outcomes.

An intelligent motion-based exercise device designed to facilitate physical rehabilitation and active exercise training. The device provides interactive exercise protocols with motion tracking technology.