Application Examples - VibroMap

Testing a phased array of piezoes

How can you efficiently test a phased array of piezoelectric transducers?

Such arrays power a surprising range of applications where precise control of acoustic waves is essential:
  • In NDT, they detect cracks, voids, and weld defects in pipelines, aircraft structures, and power plants. In underwater acoustics and sonars, they steer beams for navigation, mapping, and submarine detection.
  • On land, they create highly focused sound experiences in museums and advertising.
  • In industry, they measure fluid flows in pipes and monitor stress in bridges and aircrafts.
  • And yes — they even enable acoustic levitation and mid-air tactile feedback!

Across all these domains, one thing is crucial: every piezo must behave consistently. In this video, we show you how our VibroMap ensures just that!

Testing a phased array of piezoes

How can you efficiently test a phased array of piezoelectric transducers? Such arrays power a surprising range of applications where precise control of acoustic waves is essential:
  • In NDT, they detect cracks, voids, and weld defects in pipelines, aircraft structures, and power plants. In underwater acoustics and sonars, they steer beams for navigation, mapping, and submarine detection.
  • On land, they create highly focused sound experiences in museums and advertising.
  • In industry, they measure fluid flows in pipes and monitor stress in bridges and aircrafts.
  • And yes — they even enable acoustic levitation and mid-air tactile feedback!

Across all these domains, one thing is crucial: every piezo must behave consistently. In this video, we show you how our VibroMap ensures just that!

Learn more