Tactus Dynamics · Force Sensor

Tactilus TS50 3D Force Sensor

Name: Tactilus TS50 3D Force Electronic Skin Sensor
Brand: Tactus Dynamics

Ultra-thin flexible electronic skin with iontronic sensing technology

1000x

Stronger signal than capacitive

4MPa

Measurement range

10x

Reduced creep rate

3.34%

Drift after 10,000 presses

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Tactus Dynamics

National High-tech Enterprise · Provincial Specialized & New SME · Group Standard Drafting Body · 4th-Gen Iontronic Sensing

Product Overview

The Tactilus TS50 is a flexible film force sensor using 4th-generation iontronic technology. It delivers 1000x stronger signals than capacitive sensors with 10x reduced creep rate through molecular anchoring. The self-assembled microstructure eliminates lithography requirements.

Iontronic Sensing

4th-generation iontronic technology produces signals 1000x stronger than capacitive sensors. Enables high-resolution force measurement in ultra-thin form factor.

Molecular Anchoring

Physical crystallization and chemical crosslinking reduce static creep rate by 10x compared to conventional sensors. Maintains measurement stability under prolonged loads.

Self-Assembly

Microstructures form spontaneously without lithography. Simplifies production while maintaining precision sensing capabilities.

Core Features & Benefits

3D Force Sensing

Measures multi-axis force vectors simultaneously. Captures complex tactile interactions with high fidelity.

4MPa Range

8x higher pressure measurement capacity than industry standard 500kPa sensors. Suitable for high-force applications.

Low Drift

Only 3.34% signal drift after 10,000 press cycles. Maintains calibration through extended use.

Ultra-Thin

Flexible film construction enables conformal mounting. Integrates seamlessly with robotic surfaces.

No Lithography

Self-assembled microstructures eliminate complex manufacturing steps. Reduces production costs.

High Sensitivity

Detects subtle force variations down to 0.05N resolution. Ideal for delicate manipulation tasks.

Technical Specifications

Technology4th-gen iontronic

Measurement Range4MPa

Signal Strength1000x capacitive

Creep Rate10x reduction

Drift (10k cycles)3.34%

Resolution0.05N

ThicknessUltra-thin flexible film

Environmental

Operating Temperature-20°C to 60°C

Humidity Range10-90% RH non-condensing

Industry Applications

Robotic Dexterous Hands

Precision force feedback for grasping
Object hardness detection
Slip prevention systems

Imitation Learning

Human motion capture
Skill transfer systems
Haptic data recording

Surgical Robotics

Tissue pressure monitoring
Instrument force limiting
Haptic feedback systems

Teleoperation

Remote manipulation feedback
Haptic data transmission
Force-controlled interfaces