Natural movement
Compliant actuation for fluid motion that can follow the user’s intent.
Prosthetics
Artificial muscles for more natural human movement.
MYONEX LAB artificial muscles bring compliant, sensing, lightweight actuation to prosthetic systems—enabling movement that feels natural, intuitive, and effortless.
Why it matters
What prosthetic hand actuators need from the muscle.
Adaptive grip
Force that can change with the object and the environment — a core goal for upper-limb systems.
Built-in sensing
Embedded sensing for tighter closed-loop control without a bolted-on sensor suite.
Lightweight comfort
High power-to-weight architecture reduces fatigue and increases wearability.
Technology in prosthetics
Modular artificial muscles for upper-limb R&D.
Sarcomite-based muscle modules are being explored for hands, wrists, and upper-limb prosthetic systems — scalable force with built-in compliance. This is a research direction, not a cleared medical device.
Fine motor control
Multi-resolution actuation aimed at delicate, precise hand and wrist motion.
Bio-inspired compliance
Responsive interaction through inherent yield and elasticity in the fiber.
Scalable integration
Modular architecture that can map onto different prosthetic platform layouts.
Applications
R&D directions for prosthetic actuation.
Upper-Limb Prosthetics
Actuation concepts for shoulders, elbows, and arm systems under research.
Prosthetic Hands
Dexterity and adaptive grip for prosthetic hand actuators — still in the lab.
Rehab & Training
Exploring adaptive assistance that can follow recovery and training programs.
Assistive Interfaces
Direct, intuitive interaction with tools and digital controls.
Build the future together
Partner on prosthetic actuation research.
We work with researchers and device teams exploring artificial muscle actuators for upper-limb prosthetic systems.
Partners & Investors — Contact Us