Case History
One of the most commun use in automotive of the Tactilus sensor is to test and improve contact points in the door sealant.
Dynamic evaluation of sealing behavior during trunk lid slam events
Do you need to map pressure distribution across your braking surface?
Measurement of dynamic impact forces and pressure distribution during collision events
Pressure distribution measurement for improved seat belt comfort and safety
Measure a wiper blade's linear force as it is applied to the windshield, capturing the real-time contact area between the blade and glass.
Quantify key grip and movement data to enhance driver comfort and overall driving experience.
Analyze tire performance and tread to optimize tire designs and benchmark against competitive products
Measure dynamic pressures in resistance or ultrasonic welding processes to ensure precise control and optimal manufacturing performance.
The Tactilus® tactile pressure sensor system monitors and reveals what is actually occurring between two mating surfaces
The Tactilus® squeegee leveling sensor is engineered to collect precise pressure position and magnitude data directly at the point of contact.
Measuring Seal Pressure and Force for Improved Gasket Performance and Efficiency
Pressure sensor engineered to accurately measure the impact of water jets on any surface.
Pressure distribution analysis for optimized coil spring performance
The integration of flexible and conformable sensors inside the helmet enables real-time assessment of all pressure zones
This case study describes the use of pressure sensing technology to enhance clinical training during orthopedic corset examination.
Dental Tactilus detects the timing of occlusal relationships using advanced sensor technology
Dental Tactilus detects the timing of occlusal relationships using advanced sensor technology
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