Sensing Force. Shaping Intelligence.

6-axis force/torque and flexible tactile sensors for robotics and physical AI.

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A MEMS sensing architecture paired with algorithmic decoupling. Thinner sensors, without trading away accuracy.

6-axis force/torque

Wrist, ankle and end-effector force control. CAN-FD or USB, up to 1000% overload.

Robot hands & grippers

Fingertip-scale tactile sensing and sensor-integrated jaws. From 15 mm, IP67.

Robot skin & large surfaces

Flexible tactile arrays for robot skin, full-body coverage and curved structures.

Data acquisition

Vision, force and tactile on one synchronised timeline for embodied AI training.

Higher resolution has traditionally meant more sensing points. We take the opposite approach.

A MEMS sensing architecture paired with algorithmic decoupling — sparse hardware, resolved in software. It is what makes our force sensors thin, and what takes cost out of the structure rather than out of the specification.

Sense

MEMS, minimal profile

Decode

Algorithmic decoupling

Data

Real-world tactile
How it works →

Where our sensors are used

All applications →

Humanoid robots

Wrists, ankles, hands

Medical robots

Rehab, exoskeletons

Industrial robots

Polishing, assembly

Research

Embodied AI, datasets

Where to find us next

World Robot Conference

Aug 19–23, 2026 · Beijing

CIIF Robotics Show

Oct 12–16, 2026 · Shanghai

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