Inline Quality Assurance
Test material performance
Automated testing procedures using pressure sensors for inline quality assurance testing have been used to verify that materials meet acceptance parameters for performance and manufacturing defects. In Q/A applications, accuracy is a priority, and when measuring complex surfaces it is necessary to have a conformable sensor that can provide repeatable and reliable data.
Our pressure sensors lead the industry in accuracy calibration stability, sensor conformability, and reliability, and are well suited for production line quality assurance testing. Our technology is ideal for manufacturing line testing products for surface pressure performance such as seat construction, foam or gasket material.
Calibration stability ensures accurate data for industrial process monitoring
Due to their calibration stability and accuracy, our pressure sensors provide consistent measurement over thousands of cycles, even under demanding conditions such as those present on production lines. Unlike other pressure sensors, our technology retains its accuracy over long periods of time, which minimizes downtime and maximizes productivity.
Specifications & performance
The sensors provide consistent measurement with repeated measurement cycles. For industrial process monitoring purposes, calibration stability ensures consistent data over thousands of cycles.
Applications & Commonly used sensors
ISO 17025 certified pressure sensor manufacturer
Unlike other sensors on the market, our sensors maintain their calibration due to the capacitive technology used and the unique materials used to make these sensors. If you are ISO 17025 certified, then our sensors meet your ISO 17025 requirements for calibration and recalibration to maintain your compliance.
Superior imaging software
XSENSOR Pro software has been the industry leader for interface pressure testing and measurement for many years. Our software provides specific design tools to the automotive industry, including the ability to overlay pressure images to scale and apply grouping and analysis tools.
Sample application: Automotive Seating
Automotive seating is an example of a complex surface in which bolsters, lumber supports, and seat segmentation are all important factors in the comfort and performance of the seat. Some require thin foam layers over heating, cooling, and mechanical adjust devices, while trying to provide comfort and respond as expected to different suspension designs.
Due to issues with foam consistency, defects, and layering frames underneath and leather on top can result in wide variety from the mean. A sensor which conforms to this unique surface and provides trusted pressure measurements can be set to provide acceptable parameters for the various sections of the car seat.
DEFINING PRESSURE SENSOR ACCURACY
Accurate and reliable for repeated use.
ULTRA THIN <1mm
Flexible, and conforms to surfaces with minimal interference.
Complete analysis tools in industry-leading XSENSOR Pro V8 software.
ACCURATE & REPEATABLE
3% or less full scale error and outstanding repeatability.