Echelon

Prosthetic foot device for lower limb amputees providing functional ambulation and stability. Designed to restore gait mechanics and quality of life in amputee patients.

A balance rehabilitation system designed as the ultimate solution for postural control and stability training. It uses real-time feedback and interactive training to enhance lower-body recovery with sensor-based technology for objective measurement of patient progress.

A biomimetic exoskeleton robotic technology platform developed for enhancing human physical capabilities and rehabilitation. The system integrates advanced robotics with ergonomic design to support movement assistance and motor function recovery.

Integrated leg-foot medical device designed for post-operative phases and recovery support. Provides coordinated support across the leg and foot regions.

An exoskeleton-based robotic rehabilitation device designed to assist lower limb movement and promote functional recovery through guided walking training.

An efficient end effector gait trainer for robot-assisted whole-body therapy, enabling motorised whole-body movement training for clients including those unable to stand or walk.

A wearable robotic exosuit designed for gait rehabilitation and real-time movement analysis. It features AI-based gait analysis, bio-inspired tendon-driven robotics for lightweight assistance, and variable-elasticity ligament-inspired technology for dynamic support. The device includes on-device AI motion analysis with cloud-powered deep learning capabilities for personalized diagnosis and training guidance, with all-day comfort through proprietary AeroBind apparel technology.

Equistasi® is a wearable medical device designed to optimize postural stability and motor control. It can be used during daily motor activities and rehabilitation treatment. The device helps normalize muscle tone, improve motor coordination, and enhance movement quality across various clinical applications including neurological rehabilitation, movement disorders, and sports performance optimization.

Comprehensive foot and ankle implant system designed for surgical correction of foot and ankle pathologies. Includes anatomically engineered implants and precision instruments for procedures such as fracture fixation, arthrodesis, and joint reconstruction. Enables orthopedic surgeons to address complex foot and ankle conditions with biomechanically optimized solutions.

A motorized robot-assisted gait training device for whole-body movement rehabilitation. Enables therapy for patients unable to stand or walk independently through efficient automated movement support.

Foot pressure and gait analysis system for functional assessment of lower extremity biomechanics. Includes biofeedback training capabilities for therapeutic interventions and patient monitoring during rehabilitation.

A robotic rehabilitation system designed to train and evaluate lower extremity function and mobility. The device provides real-time feedback to patients during lower limb rehabilitation exercises.