Daimon Robotics DM-Tac W
Vision-based tactile sensor with ~40,000 sensing units/cm² in a millimeter-thin package — contact geometry, force, shear and slip for manipulation learning.
Full specifications
Last verified: 2026-07| Principle | Vision-based (in-sensor camera + deformation field)† |
| Sensing density | ≈40,000 units/cm² (vs ≈240 for human skin)† |
| Modalities | Shape, texture, hardness, slip, normal + tangential force† |
| Throughput | >9M readings/s (manufacturer figure)† |
| Price band | POA |
| MOQ | 1 unit |
† Manufacturer-reported, not yet independently verified.
Fits with
Confirmed and manufacturer-claimed platform compatibility. We check your exact wrist and communication setup before quoting.
Supplier
Daimon Robotics specializes in vision-based tactile sensing (DM-Tac class) and supplies high-resolution fingertip tactile sensors for manipulation research and dexterous-hand integration.
Downloads
FAQ
Vision-based tactile — what's the trade-off?
You get image-grade contact geometry and slip detection that array sensors can't match, at the cost of a camera data pipeline and calibration for force-in-newtons output. Ideal for manipulation-learning datasets.
Can it survive industrial duty?
The elastomer surface is a wear part — budget replacement skins in the PO and ask Daimon for cycle-life data on your contact material and force range.
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