Diacut Inc. manufactures wheels and blades which in turn are applied to manufacturing processes as diverse as your imagination.
One quick example of this is Diacut products used in the manufacturing of pressure sensors. To summarize, piezoelectric and piezoresistive sensors measure pressure, and may be used in many applications. Piezoelectric pressure sensors are suitable for measuring highly dynamic, dynamic and quasi-static pressure curves or pulsations. Piezoresistive pressure sensors are suitable for measuring static and quasi-static pressure curves.
A specific use of pressure sensors is for Vehicle Dynamics Testing. Used in braking distance measurements, steady-state circular course driving or double lane change tests, pressure sensors can be engineered to deliver dependable complete systems for high-precision measurements of longitudinal and transverse dynamics. This testing is often used for Formula One race vehicles to measure system performance
Vehicle Dynamics Testing Pressure Sensors
Diacut Inc. manufactures wheels and blades which in turn are applied to manufacturing processes as diverse as your imagination.
One quick example of this is Diacut products used in the manufacturing of pressure sensors. To summarize, piezoelectric and piezoresistive sensors measure pressure, and may be used in many applications. Piezoelectric pressure sensors are suitable for measuring highly dynamic, dynamic and quasi-static pressure curves or pulsations. Piezoresistive pressure sensors are suitable for measuring static and quasi-static pressure curves.
A specific use of pressure sensors is for Vehicle Dynamics Testing. Used in braking distance measurements, steady-state circular course driving or double lane change tests, pressure sensors can be engineered to deliver dependable complete systems for high-precision measurements of longitudinal and transverse dynamics. This testing is often used for Formula One race vehicles to measure system performance
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