Actuators, made the way you need them.
Stop designing your robot around the joint you can source. Tell us the load case, we design and validate it on our platform, and manufacture it for you onshore.
Two ways to work with us.
Buy a standard joint.
Our catalog of open-firmware actuators, built to replace the closed imports most teams settle for. You get the control interface and the diagnostics with the unit.
- Open firmware and full control access
- Diagnostics and fleet health built in
- Transparent onshore supply you can plan around
Get the joint your robot needs.
Send us your torque, duty cycle and envelope. We design and validate the actuator against your load case on our platform, then manufacture it at scale for you.
- Designed against your load case, not ours
- Validated in simulation before anything is cut
- Manufactured at scale as you grow
How a custom build runs.
One standard architecture underneath every actuator we ship. Gearbox, motor, chassis and electronics are swappable modules, so your custom need is a configuration, not a redesign. That is what keeps custom fast.
Torque, duty cycle, envelope, control interface. Written down together.
We validate the design against your load case before anything is manufactured.
Our engineers and yours go through the design and sign off on it.
Machined, assembled, calibrated and tested onshore.
Units go into your robot. Field data comes back to engineering.
Production ramps with your fleet. Fleet software runs on every joint.
Everything a sealed import will not give you.
Designed around your load case, not the other way around. Your robot stops being a compromise.
Run your own controller. See inside what you bought. When a joint misbehaves, you know which one and why.
You know where every part comes from, when it ships and who to call. Manufactured onshore, quoted openly, no guessing.
The intelligence improves every month. The motion does not.
Physical AI is going from demos to real fleets. The bottleneck is not software, it is the motion system. We are solving that so you can focus on your robot instead of your joints.