Durability:
Prosthetics face constant use and environmental challenges. Actuators need to be both robust and reliable.
Thermoflex is built for endurance, withstanding over 100,000 cycles before any performance loss. Its modular design streamlines maintenance, allowing for rapid replacements or upgrades.
Integration:
Rigid actuators force prosthetic designs to compromise, limiting the natural, human-like aesthetic that designers strive for.
Thermoflex unlocks design potential with its exceptional flexibility. From miniature hand actuators to powerful limb-lifting solutions, Thermoflex bends, twists, and stretches while being the world's lightest actuator technology.
Cost:
The prohibitive cost of advanced actuator technology hinders the widespread adoption of the most innovative prosthetics.
Our Thermoflex actuators were specifically engineered to address this challenge, employing scalable manufacturing techniques to achieve exceptional cost-efficiency without sacrificing performance.
ThermoFlex technology addresses the pressing challenges faced by clinics, clinicians, hospitals, and physicians in the field of prosthetics. Our actuators offer a unique blend of characteristics that provide superior solutions for the diverse requirements of both clinicians and amputees.
Clinicians demand highly adaptable and customizable solutions that remain cost-effective for their patients. Recognizing these needs, we designed ThermoFlex technology with adaptability at its core. Our systems seamlessly integrate with existing prosthetic infrastructure or enable the creation of bespoke solutions for complex cases.
Our actuation technology empowers clinicians and physicians to provide more comprehensive prosthetic care. Adaptability is complemented by strength, safety, and affordability. ThermoFlex actuators are chemically inert and biocompatible, ensuring ease of use for clinicians and optimal safety for amputees. The exceptional force-to-weight ratio enables both clinicians and amputees to achieve more with prosthetic devices. Finally, the cost-effectiveness of our technology provides flexibility to clinics, allowing for resource optimization, and greater accessibility of these life-changing technologies for amputees.
Traditional prosthetic actuators, particularly those intended for power applications, often suffer from excessive size and weight. This detrimentally affects the overall usability of the prosthetic, leading to fatigue and discomfort. ThermoFlex's lightweight construction directly combats this issue, minimizing the burden on the wearer, promoting comfort, and potentially increasing the prosthesis's functional usage time.