Compliant Motion
Flexibility and shock absorption for smoother, more human-like movement on humanoid platforms.
Technology in robotics
Robotics
Artificial muscles for next-generation machines.
MYONEX LAB artificial muscles bring human-level movement capabilities to robots—compliant, adaptive, and efficient by design.
Why muscles, not motors?
Compliant actuation for humanoid robots and real tasks.
Compliant Interaction
Built-in yield under contact helps machines work near people and handle delicate environments.
Adaptive Mechanics
Adjust force and stiffness on the fly for unpredictable tasks and changing loads.
Built-in Sensing
Sensing in the muscle fiber gives real-time feedback without a separate sensor stack.
Technology in robotics
Bio-inspired actuators built as muscle modules.
Sarcomites bundle into fibrils, and fibrils scale into muscle modules— modular artificial muscles meant to integrate into humanoid robots, cobots, and soft manipulators.
Scalable Modules
From small contractile units to high-force bundles, sized to the joint or limb.
Platform Integration
Compact, modular form factors that fit into existing robotic platforms.
Closed-loop Control
Control interfaces that use built-in sensing for real-time adaptation.
Applications
Where artificial muscles fit in robotics.
Humanoid Robots
Artificial muscles for humanoid robots — full-body motion with compliance built into the actuator.
Industrial Cobots
Precise collaboration with yielding force, instead of rigid motor-and-gear packs.
Soft Manipulators
Handle fragile objects with compliant, human-like delicacy.
Service Robots
More adaptable motion in cluttered, changing environments.
Build the future together
Partner with us to move robotics forward.
We work with robotics OEMs and investors to take artificial muscle technology from lab prototypes into platform integration.
Partners & Investors — Contact Us