Trexo Robotic Device

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.

Advanced wearable robotic device assisting children and individuals with movement restrictions in walking. Designed for conditions such as cerebral palsy, spinal muscular atrophy, and neuromuscular disorders to improve daily living skills.

A medical device system designed to provide robotic-assisted therapy for gait rehabilitation and walking recovery in patients with lower limb dysfunction or neurological conditions.

Robotic systems for passive and active patient mobilization in rehabilitation settings. Provides precise, controlled movement therapy for orthopedic and neurological recovery.

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 gait rehabilitation system designed for assisted walking training and ambulation recovery. Provides motorized support and guidance for patients with mobility impairments, neurological conditions, or post-operative rehabilitation. Features programmable gait patterns and adjustable assistance levels for structured physiotherapy protocols.

An advanced robotic-assisted gait therapy device based on the end-effector principle for rehabilitation of patients with gait disorders.

Wearable robotic device that enables structured gait training and walking therapy for patients with neuromotor dysfunction. Provides biomechanical support during ambulatory rehabilitation sessions.

Wearable robotic system for comprehensive physical therapy applications. Assists in strength training, range of motion exercises, and functional mobility recovery for patients with various medical conditions.

An advanced robotic gait training system utilizing innovative 'Switching Real Time' technology to achieve high power and enhanced therapeutic performance while maintaining compact dimensions. Based on neural plasticity principles, it simulates the center of gravity shift during natural walking through mechanical legs, enabling patients to complete repetitive physiological walking training and restore normal walking function. The device includes patient management, assessment, recording, and reporting capabilities for comprehensive monitoring and personalized treatment program development.

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.

An intelligent rehabilitation system that assists patients with age-related gait difficulties and mobility impairments through autonomous walking support. The system features comprehensive safety mechanisms and enables unsupervised training for improved patient confidence and independence.