Medical devices demand precision, low noise, low backlash, small size and high reliability. GYRATE can eventually make the miniature motors and actuators inside surgical, diagnostic, rehabilitation and lab-automation robots.
Miniature BLDC motors
Precision actuators and servos
Haptic mechanisms
Surgical robot joints
Rehabilitation actuators
Medical pumps
Lab-automation motion systems
Worldwide sales of medical robots rose 91% in 2024 according to IFR, with surgical robots up 41%. The certification burden is substantial, so this is not the first manufacturing vertical, but it is a high-margin niche with extreme requirements that reward deep engineering.
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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