Tactile sensors provide a pressure or contact profile, similar to touch we feel on our skin. They offer rich feedback about the grasping process and are thus essential for adaptive and sensitive grasping processes. Our camera-based solution requires only a passive and deformable material, which deforms on pressure. Our image processing software derives a tactile signal from the observed deformation.
Our kit contains everything you need to get started quickly with tactile sensing. Contact us for options and availablity.
|Application||Gripper finger, eye-in-hand camera||High-end camera|
|Deformable element||EPDM (Rubber foam)|
|Sensor length *||20 to 150 mm typ.|
|Data points||1x20 to 1x150 (1 point/mm length)|
|Maximum pressure *||100 kPa – 1 MPa|
|Trigger level||5% typ.|
|Noise level||2% typ.|
|Sampling rate||60-120 Hz (camera framerate)|
|Software||Sensor software running on ROS/Linux|
|Camera||USB3 Vison, Standard USB UVC, etc.|
*: Adjustable values
Values are given for a typical camera setup: Full HD camera, 30 cm distance.
The sense of touch for robot grippers! Our solution relies on a passive sensitive element and provides tactile data from image processing.
Low-cost robot arm with camera-based joint position sensors for small-scale automation applications with integrated vision
Gripping system for sensitive handling and flexible grasping with integrated cameras and camera-based tactile sensors on the fingers