Hyper-Tactile’s multimodal fusion sensing technology is designed to equip robots with genuine "tactile intelligence". Centered on our world-leading bionic flexible sensor system, the technology goes beyond single-dimensional pressure sensing. Through electronic skin (flexible sensor arrays), it captures multi-dimensional physical signals in real time, including key information such as pressure, temperature, sliding, material texture and touch.
多模态融合感知
It simultaneously acquires key information including pressure, temperature, sliding, touch and material texture to generate an informative "tactile map".
It delivers ultra-high spatial density sensing at the millimeter scale and detects subtle force variations at the gram level, enabling precise force control closed loops for applications such as robotic hands.
| Specifications | Parameters |
|---|---|
| Dimensions | 35mm × 30mm × 6mm |
| Interface Type | UART TTL ×1 / I²C ×1 / SPI ×1 |
| Power Consumption | DC 5V / 50mA |
| Pressure Frame Refresh Rate | Max. 200Hz |
| Pressure Resolution | 12 bit |
| Pressure Sensing Array | 12×16 (192 pressure sensing points) |
| Pressure Array Interface | 0.5mm 30 Pin FPC |
| Temperature Frame Refresh Rate | Max. 200Hz |
| Temperature Resolution | 24 bit |
| Temperature Sensing Points | 4×4 (16 temperature sensing points) |
| Temperature Array Interface | 2×0.5mm 16 Pin FPC |
| Capacitance Frame Refresh Rate | Max. 200Hz |
| Capacitance Resolution | < 1aF |
| Capacitance Sensing Points | 15 points |
| Indicator LEDs | Red LED steady on for power; Green LED flashes for data transmission |
| Operating Temperature | -40°C - 85°C |
