RehaWalk® - gait analysis and training in rehabilitation

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.

Multidirectional biofeedback-based lower-limb training system for aging-in-place rehabiliration

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.

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.

An isokinetic training device that provides smooth, controlled active gait rehabilitation suitable for patients requiring progressive walking therapy and neuromuscular retraining.

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.

A multifunctional walking aid designed to support patients in post-operative rehabilitation phases. The system provides adjustable weight support and mobility assistance while maintaining comprehensive safety standards for clinical recovery environments.

High-tech and connected devices designed to improve mobility, prevent falls, and stimulate brain plasticity. These treadmills are used for rehabilitation of gait and balance disorders in adults, children, and seniors across healthcare facilities and home settings.

Comprehensive gait rehabilitation equipment designed for hospital rehabilitation departments and physiotherapy clinics. Integrates multiple training modalities in a single space-efficient platform.

Walking aids and rehabilitation care devices designed to support mobility and physical recovery for patients with limited ambulation capacity. These devices facilitate independent movement and therapeutic exercises in clinical and home settings, meeting ISO 9001 and GMP Indonesia standards.

A ground-walking type wearable rehabilitation robot approved as a Class 3 robot-assisted orthotic exercise device by Korea's Food and Drug Administration. It is registered with the Health Insurance Review and Assessment Service for selective insurance coverage for stroke patients undergoing robotic gait therapy. The robot features ankle movement capability for natural gait patterns, supports both active and passive motion modes for various patient indications (applicable up to FAC Level 2 and SCI ASIA Level A), and enables customized gait training with adjustable stride, height, and speed. It includes a double safety system with therapist control handles and emergency stop buttons, four powerful motors supporting patients up to 100kg, and a high-capacity battery providing over 8 hours of continuous use with CE certification.

An integrated active medical device and software system for gait rehabilitation in stroke and neurodegenerative disease patients. Combines mechanical stimulation with real-time monitoring to facilitate motor learning and restoration of automatic walking patterns.