Measure Pressure with Certainty
If pressure sensor accuracy is crucial to your business, you need sensors designed specifically for that purpose. As a leader in pressure mapping for the automotive, medical, and commercial seating industry XSENSOR developed the LX Sensor Series to achieve optimal pressure sensor accuracy.
Through XSENSOR’s proprietary processes and patented designs, the LX sensors are the most advanced and accurate pressure sensors in our line of products. The LX series have been designed as a comfortable and durable sensor for measuring interface pressure and are available in a range of calibration intervals between 0.1 psi and 15 psi with accuracy of +/-5%.
Specifications & Performance
The LX sensor series ensures high accuracy and consistent repeatability and does so with low creep and hysteresis. The sensors are thin at just under 1 mm and flexible to conform to the topology of the surface, ensuring there is minimal sensor effect and spatial integrity is maintained. These high accuracy pressure sensors have proven calibration stability. Sample tests have shown only 3% full scale or less difference in measured values after 100,000 loading cycles.
The LX sensors come in a wide range of sizes:
SENSOR | SENSEL SIZE (mm) | SENSING AREA (cm x cm) | CALIBRATION RANGE N/cm2 (psi) | RESOLUTION |
---|---|---|---|---|
LX210:48.48.02 | 12.7 | 60.9 x 60.9 | 0.07-10.3 (0.1-15) | Low |
LX210:40.64.02 | 12.7 | 50.8 x 81.2 | 0.07-10.3 (0.1-15) | Low |
LX100:40.40.02 | 12.7 | 50.8 x 50.8 | 0.07-2.70 (0.1-3.87) | Low |
LX100:100.100.05 | 5.08 | 50.8 x 50.8 | 0.07-2.70 (0.1-3.87) | Medium |
LX210:12.12.05 | 5.08 | 6.1 x 6.1 | 0.07-10.3 (0.1-15) | Medium |
LX210:15.30.05 | 5.08 | 7.6 x 15.2 | 0.07-10.3 (0.1-15) | Medium |
LX210:50.50.05 | 5.08 | 25.4 x 25.4 | 0.07-10.3 (0.1-15) | Medium |
LX205:25.100.10 | 2.54 | 6.35 x 25.4 | 0.14-10.3 (0.2-15) | High |
LX205:100.100.10 | 2.54 | 25.4 x 25.4 | 0.14-10.3 (0.2-15) | High |
We are an ISO 17025 certified pressure imaging sensor manufacturer
Your ISO 17025 registration requires your suppliers to provide verified calibrated test equipment and recalibration processes to maintain your compliance. Unlike other sensors on the market, our sensors maintain their calibration due to the capacitive technology design used and the unique materials used to make these sensors. Our ISO 17025 accreditation means that we have demonstrated competency in producing accurate test and calibration data from our sensors.
Our superior imaging software to harness data from high accuracy pressure sensors
XSENSOR Pro software has been the industry leader for interface pressure testing and measurement for many years. Easy-to-use and very stable, Pro V8 provides a feature-rich toolkit for image comparison and comprehensive pressure data analysis. The software allows the user a range of options to view 2D and 3D pressure data. Frame and multi-frame compare options provide an easy way to review test stages. Graphing tools are available for review of pressure distribution and pressure over time data. You can select specific frames of data and areas within the image for more detailed analysis.
Additional features including video sync and measurement tools provide advanced ability to analyse the pressure interface. File management features allow for editing and merging files so that the data set is representative of your test cycle. When high accuracy sensors, LX sensors, join forces with XSENSOR’s Pro V8 imaging software, you have access to comprehensive and accurate pressure data.

Resolution: 12.7 mm
Pressure Range: 0.07-10.3 N/cm2
Industry Applications
The LX high accuracy pressure sensors provide consistent data over thousands of cycles and are ideal for engineering research and design, and a suitable tool for manufacturing quality control. These sensors have been integrated into production lines for QA testing. The LX sensors are also a highly effective tool for the production environment, allowing design engineers, researchers and manufacturers to use pressure imaging data for throughout the design process.