Xsensor

The most accurate sensors, they offer consistent measurements in low pressure applications 2.7N/cm2 (3.87psi). These sensors provide researchers with low hysteresis, high repeatability, and minimal creep characteristics. Typical users of our LX100 sensors include automotive and aircraft seating specialists as well as medical product research and design teams investigating long term human interface pressure. The LX100 series have excellent repeatability and calibration stability for collecting reliable and consistent data.

PX100

These sensors are part of the organization's original platform and have been used for over 10 years within the Test and Measurement community for low pressure applications. The PX100 series offers a variety of sizes and resolutions of conformable sensors that provide clear images. Typical users of PX100 sensors include wiper blade designers, quality assurance specialists and biomechanics researchers looking at hand or fine imagery detail.

LX200

These sensors provide high accuracy for medium-range pressures up to 10.3N/cm2 (15psi). Their excellent repeatability and calibration stability make them ideal for collecting reliable and consistent data over long test cycles. Typical users of the LX200 sensors include car seating specialists focused on ingress-egress testing.

PX200

These sensors provide medium-range pressures 10.3N/cm2 with a variety of sizes and resolutions. They are suitable when a conformable sensor with high resolution for understanding subtle pressure differences is required. The PX200 provides solid pressure imagery.

IX500

These sensors are designed for high pressure 172N/cm2 (250psi) typically used for tire research and design. The IX500 sensors are robust and can withstand variations in applied load and repeaded load cycle testing. IX500 tire sensors range in size from car to truck models, to agriculture and tire testing requirements. The IX500 sensors are made in a variety of sizes and resolutions and can be used in numerous test and measurement environments.