Prosthetics

Our compact valves and power units aren’t just for lab demos— they’re being built into upcoming products from an industry leader in prosthetics.

While details remain confidential until product release, development is progressing well. We’re excited to see this technology reaching amputees soon.

Other Bionics

We continue to develop new applications to improve mobility wherever possible and we welcome discussions with partners who share that vision.

Enhancing Mobility

Adaract technologies are well suited for use in upper and lower limb prosthetics and orthotics. Our miniature, efficient, quite HPUs provide power to historically passive devices. Our valves allow for massive improvements to responsiveness and battery life.

VALUE

Lightweight, Compact Motion

Weight and size are critical characteristics for prosthetics, orthotics, and exoskeletons, as they enable users to move more naturally and comfortably. By minimizing the added weight and bulk, Adaract's technology allows for the creation more comfortable and convenient devices.

Safety and Compliance

Safety is a top priority in the development of bionic devices, and Adaract's technology addresses this concern with its inherent compliance and humanlike motion. Our artificial muscle actuators are flexible and responsive, enabling them to work harmoniously with the user's body and movements. This compliance ensures a reduced risk of injury and enhances user safety, while also allowing for precise control and adaptation to various situations and environments.

Enhanced Efficiency

Efficiency is key in bionics, as it directly impacts the energy requirements and overall performance of devices. Adaract's hydraulic power units and variable recruitment systems are designed to optimize energy usage while maintaining high-performance operation. This enhanced efficiency translates to longer battery life and reduced energy consumption, making our technology ideal for mobile, untethered applications, such as powered prosthetics and exoskeletons, where energy management is crucial.

SECTORS

  • Prosthetics

  • Orthotics

  • Medical & Workplace Exoskeletons

USE CASES

  • Powered Assistance: controlled hydraulic output for stair ascent, sit-to-stand transitions, and other high-demand movements.

  • Adaptive Damping: compact valves provide smooth, adjustable resistance for knees, ankles, and other joints.

  • Stance & Alignment Control: real-time hydraulic adjustment (e.g. passive spring ankle orientation) for uneven terrain and variable ground conditions.