Compact & Durable
Configurable Range
High Sensing Precision
Wide Environmental Range
T15G Miniature Tactile Sensor
$0.00 USD
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T15G Miniature Tactile Sensor
The T15G is a miniature flexible tactile sensor measuring just 15×13mm and weighing 10g — the smallest in the Lizion tactile lineup. With 0.01N pressure resolution and 0.5mm position resolution, it delivers precise force sensing in space-constrained applications such as gripper fingertips and small-scale robotic end-effectors.
Pressure range
−5–20N (Customizable)
Pressure resolution
0.01N (Customizable)
Position resolution
0.5mm
Size
15 × 13mm
Repeatability
0.2% FS
Interface
UART/USB
Custom configurations
Ranges, mounting and interface can be configured to your platform. Tell us what you need.
Specification
Rated Pressure Range (N) -5 ~ 20 (Customizable)
Pressure Resolution (N) 0.01 (Customizable)
Position Resolution (mm) 0.5
Repeatability (%FS) 0.2
Supply Voltage (VDC) 5
Sampling Frequency (Hz) 1~100
Communication Rate (bps) 9600~1000000
Operating Temperature (°C) 0~50
Storage Temperature Range (°C) -30 ~ +85
Dimensions (mm) 15 × 13
Weight (g) 10
Communication Interface UART/USB
Ingress Protection (IP Rating) IP67
Material Rubber/Silicone
Compare in this series
Three 6-axis models, different trade-offs.
| Model | Pressure range | Resolution | Size | Interface |
|---|---|---|---|---|
T15G
| −5–20 N (Customizable) | 0.01 N (Customizable) | 15 × 13 mm | UART/USB |
T30
| Not specified | Not specified | 30 × 20 mm | RS-485 |
T160
| 0–500 N (Customizable) | 0.01 N (Customizable) | 161 × 150 mm | UART/USB |
T290F
| 0–5 N/cm² (Customizable) | 0.005–0.01 N/cm² (Customizable) | 300 × 300 mm | RS-485/UDP |
T8
| −2–2 kg/cm² | 0.0001 kg/cm² | Not specified | UART/USB |
T53A
| −5–20 N (Customizable) | 0.001 N (Customizable) | 53 × 25 mm | UART/USB |
Where it is used
Custom configurations
Standard models cover most integrations, but not all. We adapt force and torque ranges, flange bolt patterns, cable exit direction, housing height and communication interfaces to your platform.