Daimon Robotics DM-Tac G Tactile Gripper
Full specifications
Last verified: 2026-07| Dimensions | 184.6 × 162.3 × 67 mm† |
| Weight | ≈1 kg† |
| Grip force | 45–60 N† |
| Sensing area | 36 × 27 mm (large); 24 × 18 mm (medium)† |
| Tactile resolution | 384 × 288 sensing points (≈110,592 effective)† |
| Sampling rate | 120 Hz† |
| Sensitivity | <1% FS or 0.02 mm depression (maker-stated)† |
| Modalities | Shape, texture, hardness, slip, normal + tangential force† |
| Standard | Modbus RTU (RS-485), digital I/O† |
| Optional | TCP/IP, USB 2.0, CAN 2.0A, PROFINET, EtherCAT† |
| 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 comms setup before quoting.
Supplier
Vision-based tactile sensing specialist (DM-Tac class), supplying high-resolution fingertip tactile sensors for manipulation research and dexterous-hand integration.
Downloads
FAQ
Is DM-Tac G a sensor or a gripper?
Both — it is an integrated two-finger gripper with Daimon's vision-based tactile sensor built into the fingers, so you get grasping plus contact sensing in one unit. If you only need the bare sensor module, ask about the DM-Tac W standalone instead.
How does the optical tactile sensing work?
A camera images a soft sensing surface and reconstructs contact from its deformation, yielding high-density normal and tangential force plus texture and slip. Published resolution and sensitivity figures are maker-stated — bench-test for your objects.
What comms will I need?
It defaults to Modbus RTU over RS-485 with digital I/O; TCP/IP, USB, CAN, PROFINET and EtherCAT are optional. Tell us your controller on the RFQ.
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