Sensing for arms, cobots, Cartesian systems, and gantries. We fuse force and torque with motion and vibration on-device, so a robot doesn't just measure load — it understands it, adapts to it, and acts safely on it.
A single signal is easy to fool. Joint torque alone can't tell a collision from a heavy lift; a load reading alone drifts with heat and wear. Fusing the signals on-device gives a robot a truer sense of contact — fast enough to act on, and self-learning so it holds up in the real cell.
From shipping load-control systems to force/torque sensing and end-of-arm tooling.
Multi-cell load and imbalance control for automated storage, gantries, and AGVs / unmanned forklifts. Deployed and shipping today.
6-axis F/T sensing for arms, cobots, and humanoids — collision detection and precise force control.
High-precision joint torque sensing for cobot and humanoid joint modules — smooth, stable, force-controlled motion.
Grip force and slip sensing for end-of-arm tooling, fused with motion for safe handling.
Where force, torque, and motion sensing earn their place on the line — each one a place a single signal isn't enough.
Hold force and angle for a consistent finish, part to part.
Compliant path-following with live process monitoring.
Detect and compensate fine misalignment for first-time fit.
Wrist, ankle, and joint sensing for dynamic stability.
Overload and imbalance detection for forklifts and carts.
Tell us the platform and the task — arm, cobot, Cartesian, or gantry — and we'll route you to an engineer.
Talk to our engineers ↗