Shoe-Type Load Training Device

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

Specialized equipment designed for stroke and neurological rehabilitation, allowing precise body weight reduction during gait cycle phases. Improves gait pattern and balance ability while reducing injury risk during intensive rehabilitation training.

Integrated system for gait retraining and rehabilitation with real-time biomechanical feedback. Supports targeted recovery programs in clinical rehabilitation settings.

A robotic-assisted gait training device for neurological rehabilitation therapy. Enables intensive walking practice while providing active assistance adjusted to patient tolerance levels. Designed for accessibility across diverse clinical rehabilitation environments.

An intelligent rehabilitation system for the lower limbs that provides real-time feedback and training capabilities. Designed to assist patients in recovering lower limb function through guided therapeutic exercises.

A passive manual gait rehabilitation device for chronic-stage patients with degenerative neurological diseases and gait disorders. The end-effector type device operates through patient-powered manual walking with four-stage stride adjustment capability and includes knee joint hyperextension prevention control for affected sides. It provides aerobic exercise effects and can be used in conjunction with walking rails for functional gait training protocols.

Pressure Plate Walking Analysis and Rehabilitation Training System; This system is used to analyze and treat gait disorders in the fields of neurology, orthopedics, and geriatric rehabilitation. It helps patients with severe functional limitations to start treatment at an early stage and can be adjusted to meet the needs of patients, making it suitable for wheelchair users, those with limited mobility, and patients who can walk. Key Benefits: - Support from experts for gait analysis and treatment (therapists, doctors, trainers, podiatrists, etc.) - Gait automation through repetitive training - Gait support and correction through intuitive software FDM - Gait analysis through time-synchronized video recording and pressure distribution measurement - Gait training using visual and auditory cues and virtual feedback - This system provides various gait training tailored to the patient's condition and is effective in improving walking abilities.

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.

Equipment designed for training and rehabilitation of patients with gait disturbances or mobility impairments. The equipment supports physical therapy and rehabilitation programs for improved patient mobility.

Rehabilitation platform specifically designed for training prosthetic users on knee flexion and leg swing mechanics. Supports progressive stair climbing and slope negotiation with prosthetic limbs.

AI-powered gait training system utilizing neural plasticity principles with mechanical legs to simulate center of gravity changes during walking. Enables patients to perform repetitive physiological gait training and establish correct movement patterns for restoring normal walking function.

Robotic system for gait training and assessment based on neural plasticity principles. The device simulates weight distribution changes during natural walking through mechanical legs, enabling repetitive physiological gait training for functional movement restoration.