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

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

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 revolutionary shoe-mounted haptic navigation system designed for people who are blind or visually impaired. The system uses motion sensors embedded in devices attached to both shoes to detect user orientation and communicate directional guidance through intuitive vibration patterns. Users receive haptic cues through their feet—such as vibrations on both feet to confirm correct direction or pulses on one foot to indicate turns—while a smartphone app provides advanced navigation features including route customization, AI-powered suggestions, and accessibility-first design with full screen reader compatibility. The system eliminates the need to split attention between voice navigation and environmental sounds, allowing users to focus entirely on situational awareness.

A medical device for patient mobility and movement support.

Mobility assistance device for patients requiring support during ambulation and rehabilitation. Enhances patient safety and independence in walking.

Prosthetic devices designed for foot and ankle replacement or reconstruction. These prostheses restore mobility and function in patients with foot or ankle pathology.

A mobility aid device designed to provide stability and support for users who require assistance with ambulation and balance during walking.

A gait analysis and training system that provides visual feedback and analysis for walking performance during lower extremity rehabilitation.

Range of motion controlled walking boot designed for progressive mobilization during foot and ankle rehabilitation. The device allows incremental increases in weight-bearing and movement during recovery.

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.

FREE Walk is an exoskeleton robotic device designed to assist patients with mobility rehabilitation and gait training. The wearable technology provides powered support for lower limb movement, enabling individuals with reduced mobility to ambulate with assistance. Applications include post-stroke rehabilitation, spinal cord injury recovery, and physiotherapy programs requiring gait re-education.