plaXtreme

ULTRA+ is a 7-DOF articulated robotic arm with integrated sensors designed for upper-limb rehabilitation. The device provides immersive 3D virtual environment interaction, enabling patients to engage in interactive motor recovery exercises while clinicians obtain objective performance metrics and measurable recovery data.

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.

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.

Multifunctional upper extremity rehabilitation device combining biofeedback, objective assessments, gamification, and extensive accessories for functional motor recovery.

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.

rebless planar is an FDA-registered robotic-assisted upper extremity rehabilitation device that improves motor skills, range of motion, and strength, improving patients overall functional ability. Main Functions: - Clinician & Patient Management: Clinicians can add patients and easily access and navigate patient data - Self-Calibration: Treatment accuracy is enhanced by the robot self calibration algorithm. Patient positioning calibration is performed using an advanced 3D camera attached to the top of the device. - Reports: Optimized reports help clinicians interpret evaluation results and track patient outcomes and progress over the course of their rehab protocol. - Evaluation: Interactive assessments objectively measure and report the motor impairment(s) and progress during treatment sessions. - Games: Interactive games allow for treatment intensification and increased patient motivation making the rehabilitation process more enjoyable.

Robotic neurorehabilitation system designed for motor recovery and functional restoration in patients with neurological disorders. Combines robotic-assisted therapy with real-time feedback to enhance rehabilitation outcomes in stroke, spinal cord injury, and neurodegenerative conditions.

Robotic rehabilitation system for patients recovering from surgical procedures. Delivers structured, interactive therapy with functional performance assessment to support rapid recovery.

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

Medical device for post-operative and injury rehabilitation through guided physiotherapy protocols. Supports motor recovery and functional restoration in clinical rehabilitation settings.

An innovative robotic exoskeleton with 5 degrees of freedom (4 active and 1 passive) designed for upper limb rehabilitation. ALEx RS features a tendon-actuated transmission that provides patients with extreme wearability, low weight, and high transparency during use. It is a CE certified medical device of class IIa.

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.