FSR X™ & FSR UX™ Next-Generation Force Sensing Resistors

FSR XTM & FSR UXTM

Next-Generation Force Sensing Resistors
Driving the HMI and Force-Sensing Technology Revolution™

Driving the HMI
and Force-Sensing
Technology RevolutionTM

Breakthrough improvements for unprecedented precision and stability

Breakthrough Improvements
for Unprecedented
Precision and Stability

FSR X™ & FSR UX™ Next-Generation Force Sensing Resistors

FSR XTM & FSR UXTM

Next-Generation
Force Sensing Resistors
Driving the HMI and Force-Sensing Technology Revolution™

Driving the HMI
and Force-Sensing
Technology RevolutionTM

Breakthrough Improvements for Unprecedented Precision and Stability

Breakthrough Improvements
for Unprecedented
Precision and Stability

  • World leading trusted advisor and technology provider in printed electronics, human machine interface (HMI), and sensor fusion solutions
  • Thirty-four years delivering high quality, high volume sensors and sensing solutions across the industrial, consumer, medical, automotive, and IoT markets
  • Vertically integrated competencies across materials science, hardware engineering, software engineering, product engineering, system integration, and in-house flexible hybrid electronics manufacturing
Interlink Electronics invented and patented Force Sensing Resistor (FSR®) technology in 1985, and we have led the industry ever since.

Our latest innovation adds two new FSR families to our product line, as well as a new version of our VersaPad rugged touchpad device. The FSR X™ and FSR UX™ series and the VersaPad Plus™ offer next generation performance characteristics, providing engineers and designers with the ability to find exactly the right fit for their needs.

Overview

You asked us for an increased dynamic sensing range, enhanced precision, and stability. We are proud to deliver all three in our next generation sensors. The FSR X™ and FSR UX™ series give you the flexibility you require to develop the best solution for your application.

Features & Benefits

  • Actuation force as low as 0.3 Newtons
  • Sensitivity range up to 150 Newtons
  • Operable with bare or gloved fingers—even when wet or contaminated
  • Robust: tested to 10 million actuations
  • Ultrathin
  • Simple and cost-effective to integrate
  • Customizable size, shape, and length
  • Compatible with metal, plastic, and other surface materials
  • Differentiates between intended and unintended touches
  • Antimicrobial protection (optional)

Applications

For more information, please submit the form below. One of our application specialists will follow-up with you to discuss your specific needs.