We supply and distribute world-leading load cells and force sensors, tailored for precision and reliability. Whatever your application, we have the right product and solution to meet your needs. Contact us today and experience the difference.
One-stop solution for all your load cell needs (from sensors to accessories, we’ve got you covered)
Trusted distributor of VPG and global brands
Wide range of load cells and sensors
Proven accuracy, durability, and reliable performance
FSR Sensor – Smart Pressure Sensing for Modern Automation (Innovative Performance Advantage)
Compact Intelligence for Smarter Pressure Measurement
Welcome to the future of tactile sensing. As industries transition toward hyper-automated, intelligence-driven ecosystems, innovation in sensing technology becomes non-negotiable. The FSR sensor — Force Sensing Resistor — is at the forefront of this leap, enabling real-time pressure feedback across robotics, medical devices, wearables, touch systems, and consumer electronics with streamlined efficiency.
At Sensors & Gauges, we pave the path for engineering leaders, product designers, and industrial innovators looking to step into a more precise, data-driven future. With FSR sensors, the next generation of smart, lightweight, and scalable force measurement is already here.
A FSR sensor is a thin, flexible electronic sensor that changes resistance based on applied force or pressure. Unlike load cells that rely on strain-gauge technology for highly accurate force measurement, FSR sensors leverage conductive polymer layers designed to detect touch pressure variations.
In simple terms: An FSR sensor detects how hard something presses against it — making it ideal for compact or curved surfaces, embedded consumer products, and human-machine interaction systems.
Why FSR Sensors Matter Today
The modern industrial and consumer technology ecosystem prioritises:
Miniaturisation
Flexibility
Affordability
Low-power efficiency
Seamless integration
FSR sensors perfectly align with these requirements, empowering engineers to build smarter, lighter, and more responsive systems.
Key Applications of FSR Sensors
Industry
Use Case
Robotics & Automation
Robotic grip control, tactile feedback pads
Medical & Healthcare
Prosthetics force feedback, patient monitoring pads
From the softest touch to full-press detection, FSR sensors are redefining how products respond to human and mechanical interaction.
How Does an FSR Sensor Work?
FSR sensors consist of two layers:
Conductive substrate
Pressure-sensitive polymer layer
When force is applied, the conductive particles get closer, reducing resistance and allowing more current to flow. This electrical change is interpreted as force.
Key advantages:
No mechanical strain required (unlike load cells)
Flexible surface mounting
Low-profile form factor
Cost-effective pressure-sensing solution
Benefits of FSR Sensors
Feature
Advantage
Ultra Thin & Flexible
Perfect for wearables, portable devices
Lightweight Design
Ideal for handheld and compact systems
Low Power Consumption
Supports battery-powered applications
Wide Sensitivity Range
Detects soft touch to high pressure
Easy Integration
Works with microcontrollers, Arduino, PLCs
Cost-Efficient
Great for prototyping and mass-market products
FSR sensors drive a competitive engineering edge through agility, affordability, and seamless scalability.
Where FSR Sensors Excel vs Load Cells
Parameter
FSR Sensor
Load Cell
Accuracy
Moderate
Very High
Flexibility
High
Low
Cost
Low
Medium to High
Application
Touch & pressure detection
Precision force measurement
FSR sensors aren't here to replace load cells — they complement them in modern smart-device ecosystems where flexibility and form-factor matter just as much as force-accuracy.
