Hyper-Tactile’s Three-in-One Tactile Solution is a bionic flexible sensor system. Similar to human skin, the system can conform to curved surfaces of robotic hands. It simultaneously detects multi-dimensional tactile signals including pressure, temperature and touch, and generates high-resolution "tactile maps" via sensor arrays to realize high-precision force control, temperature sensing and touch recognition.
Built on flexible substrates, the sensors cover curved surfaces just like human skin and support large-area contact sensing without altering the hand structure or movement flexibility.
It captures multi-dimensional tactile signals such as pressure, temperature, slip and touch at the same time. It enables temperature perception and slip recognition upon object contact, providing robots with multi-dimensional interactive information.
High-density sensor arrays generate "tactile maps" that sensitively detect subtle external force variations, enabling precise gripping force control to prevent object damage.
|
Parameter Item |
Parameter Value |
|---|---|
|
Dimensions |
Customizable |
|
Interface Type |
UART TTL x1、I2C x1、SPI x1 |
|
Power Consumption |
DC 5 V / 50 mA |
|
Pressure Frame Refresh Rate |
Max. 200 Hz |
|
Pressure Resolution |
12 bit |
|
Pressure Sensing Array |
12×16 (192 pressure points) |
|
Pressure Array Interface |
0.5 mm 30 Pin FPC |
|
Temperature Frame Refresh Rate |
Max. 200 Hz |
|
Temperature Resolution |
24 bit |
|
Temperature Sensing Points |
4×4 (16 temperature points) |
|
Capacitance Frame Refresh Rate |
Max. 200 Hz |
|
Capacitance Resolution |
< 1 aF |
|
Capacitance Sensing Points |
15 points |
|
Temperature Array Interface |
2 × 0.5 mm 16 Pin FPC |
|
Indicator LEDs |
Red LED steady on for power supply; Green LED flashes for data transmission |
|
Operating Temperature |
-40 ℃ – 85 ℃ |
