Typical applications include:

  • Structural monitoring
  • Rotating equipment monitoring
  • Military and civil flight simulators
  • Mechanical health monitoring
  • Braking system analysis
  • Deceleration in mass transit systems
  • Laboratory research
  • Accident data collection
  • Automotive test
  • Fatigue life monitoring
  • Road bed analysis
choosing the right type of accelerometer

Technologies: MEMS, piezoelectric film/ceramic

Our uniaxial accelerometers and triaxial accelerometers are used every day in high accuracy applications to measure vibration, shock, velocity, displacement, tilt and inclination. Utilizing DC-response silicon MEMS (MicroElectroMechanicalSystems) and piezoelectric film/ceramic technologies, we are developing quality products for on-time delivery with the optimum price for performance value to our customers.

The packaged DC Response accelerometers support customers in the auto-safety, transportation, motorsports and aerospace markets. Key features of our accelerometers include DC response, wide measurement range and high-g shock protection. Those with amplified outputs have on-board power supply regulation, high resolution and temperature compensated output. Our accelerometers are most often selected for critical applications due to their wide bandwidth and good shock survivability.

Single-axis DC Response Accelerometers, suitable for Impact Applications Single-axis DC Response Accelerometers

Impact (Crash Test) Applications

Technologies: MEMS, inertial

We also offer a wide range of high precision inertial accelerometers to measure linear acceleration and deceleration with the highest levels of accuracy and reliability. Standard precision accelerometer sensors are based on MEMS technology with air damping feature and are available with 1, 2 or 3-axes. They are used in demanding sensor applications where highly accurate and reliable measurements are essential.

Technologies: Bonded Strain Gauges

Strain gauge based acceleration transducers electrically detect acceleration in all types of structures, including automobiles and machinery. Our acceleration transducers have sensing elements that use strain gauges made exclusively for transducers, and they can be used to take measurements based on DC levels.

rekstrook meetprincipe versnellingopnemer Compact strain gauge accelerometers

Single axis and triaxial