Intelligence is becoming widely available. The bottleneck is moving downstream, from can we make the machine intelligent to can we build the physical machine economically, reliably and at enormous scale.
Frameless torque motors
Integrated joint actuators for humanoids
Compact servos and servo systems
Mobile-robot and AMR drive systems
Gripper actuators and linear actuation
Gearboxes, encoders and torque sensing
Motor drives and power electronics
Thermal systems and precision components
A humanoid still needs joint actuators, torque motors, gearboxes, encoders, bearings, drives, power electronics and thermal systems. A robotics founder should not have to become an expert manufacturer of all of them before building a robotics company.
An AI workforce of artificial engineers that designs, simulates, sources, industrializes and validates the system, supervised by experts who own every consequential decision.
Highly autonomous, software-defined factories that machine, wind, assemble, inspect and test electromechanical products, with humans handling safety, maintenance and exceptions.
Application-specific motors, drives, actuators and integrated motion systems delivered into the customer's machine, and every unit built teaches the next one.
Requirement → Design → Simulate → Source → Plan → Manufacture → Inspect → Test → Learn → Improve
GYRATE helps determine the electromechanical architecture that makes it real, then engineers it, builds it and tests it.
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