A more direct path
to delicate motion.
Surgical robotics research, haptic tools, and laboratory automation call for smooth, controllable motion. We are exploring direct-drive architectures for compact joints and mechanisms, with backdrivability evaluated at the system level.
Designed around
your requirements.
Robotic joints · Haptic tools · Laboratory automation
Define the motion profile, axial space, load inertia, torque and speed, duty cycle, feedback requirements, and operating environment. We will use those constraints to explore a premium custom motor, top-of-the-line power-electronics design, and mechanical integration.
Explore custom integration →Review development specifications →Target applications are illustrative. Qualification, safety, suitability, and performance require application-specific engineering and testing.
Defense↗
EO/IR gimbals, optical positioning, and compact robotic mechanisms demand controlled movement in tightly constrained assemblies. Our development focus brings custom direct-drive motion and domestic manufacturing planning to these requirements.
02 / EXPLOREAerospace↗
Satellite laser communication terminals and compact optical payloads put demanding constraints on mass, space, and pointing performance. Our platform development explores shallow motor integration for these precision assemblies.
Your envelope.
Your application.
Our next conversation.
Bring us the constraints: axial space, torque, speed, duty cycle, feedback, connectors, and operating environment. Let’s define a custom motor and control integration around your application.