Thin Film Pressure Sensor, Pressure Sensor

Key Features

Ultra‑thin, flexible polymer film, easy to integrate on flat or curved surfaces
High sensitivity down to 0.1N with stable repeatability error < 2%
Fast response time < 5 ms for real-time force detection
Operating temperature range from -20°C to +85°C for stable performance
Lifespan up to 1 million+ press cycles without performance degradation
Low operating voltage < 3.3 V, ideal for battery-powered portable devices
High flexibility with bending radius down to 5mm for curved surfaces
Resistance decreases as force increases, simple interface with ADC or MCU
Wide force range, fast response, low power consumption, long lifetime
Ideal for robotics, wearable devices, HMI buttons, smart furniture, medical prototypes, gaming, and more

Thin Film Pressure Sensor, Force Sensitive Resistor (FSR), Ultra-Thin Flexible Pressure Sensor Pad, High Accuracy Resistance-Type Force Sensor for Arduino, IoT, Robotics & Smart Devices

Thin film pressure sensors are precision sensing devices that use advanced thin-film technology to convert pressure into electrical signals.

Our ultrathin, flexible film force sensors (FSRs) are designed for a wide range of force and pressure sensing applications, replacing traditional rigid load cells that are either too bulky or too expensive. Their thin and flexible design allows for easy integration into small consumer electronics, curved surfaces, and wearable devices.

Advantages of Thin Film Pressure Sensor

High stability & ultra-low drift for long-term operation
High measurement accuracy up to ±0.2% FS
Wide operating temperature range for harsh environments
Excellent anti-vibration and anti-shock performance
Compact & miniature size for easy integration
Long service life and high reliability
No oil filling, no leakage risks
Wide pressure ranges & strong customization capability

Thin Film Pressure Sensor Specifications

Parameter	Specification
Sensor Type	Thin Film Pressure Sensor
Pressure Range	0–50 kPa / 0–100 kPa / 0–500 kPa (customizable)
Output Type	Analog voltage / Digital signal (I2C, SPI, or custom)
Accuracy	±0.5% FS to ±1% FS
Resolution	0.01 kPa (typical)
Response Time	≤1 ms
Operating Temperature	-40°C to +85°C
Storage Temperature	-40°C to +125°C
Humidity Range	0–95% RH (non-condensing)
Mechanical Shock	50 g / 11 ms
Vibration Resistance	10–500 Hz, 5 g
Power Supply	3.3 V / 5 V (typical)
Size / Thickness	≤1 mm thin film
Material	Polyimide / PET film with metallic sensing layer
Lifespan	≥10 million cycles
Protection Level	IP65 / IP67 / optional IP68

Typical Applications of Thin Film Pressure Sensor

Human–machine interface (HMI): Force‑sensitive buttons, sliders and touch pads in consumer electronics, musical instruments, gaming controllers and interactive installations.
Robotics & cobots: Gripping force control, tactile “skin” on robot arms and fingers, collision detection and soft robotics feedback where low‑cost, distributed force sensing is required.
Wearables & smart textiles: Pressure and contact detection in smart gloves, insoles, shoes, sports equipment and interactive garments, enabling motion tracking and activity recognition.
Medical & rehabilitation devices: Seating and bedding pressure monitoring, rehab training equipment, prosthetics and orthotics where contact force and load distribution must be monitored in real time.
Smart furniture & smart home: Occupancy detection in chairs, sofas and beds, hidden force‑sensitive switches in panels, doors and lighting systems.
Industrial & automation: Force and contact detection in assembly fixtures, end‑effectors, test jigs and safety switches, providing simple feedback control without complex mechanical design.

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MEMS Pressure Sensor

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