Ultrasounds

Ultrasounds

An ultrasound is an acoustic wave (sound) the frequency of which exceeds the perception threshold of the human ear (20 kHz). Depending on its intensity fields of application can be distinguished. The first, of low amplitude, is based on employing the rebound (echo) of the sound as a monitoring system (sonar, ultrasound, etc.). The second uses a sound the intensity of which is so high that it modifies the medium through which it passes (weld, cleaned surface, cutting, polished surface, and so on). TEKNIKER is committed to high-intensity ultrasounds, given that its scope of applications is continuously growing.

TEKNIKER entered the field of high-intensityultrasounds as user of a RUM (Rotary Ultrasonic Machining) machine, using ultrasounds to facilitate the grinding of hard and fragile materials (glass, ceramics, stone, etc.). With the implementation of research projects and the knowhow for the manufacture of ultrasonic transducers, the ability to generate high-frequency vibrations was acquired. This capacity for design has enabled TEKNIKER to develop know-how in the following industrial applications:

  • Ultrasonic cleaning with and without immersion
  • Ultrasound-assisted machining (turning and drilling)
  • Ultrasonic blasting and hammering
  • Ultrasound-assisted plastics extrusion
  • Ultrasound-assisted EDM 

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    An ultrasound is an acoustic wave (sound) the frequency of which exceeds the perception threshold of the human ear (20 kHz). Depending on its intensity fields of application can be distinguished. The first, of low amplitude, is based on employing the rebound (echo) of the sound as a monitoring system (sonar, ultrasound, etc.). The second uses a sound the intensity of which is so high that it modifies the medium through which it passes (weld, cleaned surface, cutting, polished surface, and so on). TEKNIKER is committed to high-intensity ultrasounds, given that its scope of applications is continuously growing.

    [fase_1] => [fase_2] => [fase_3] => [fase_4] => [texto_2] =>

    TEKNIKER entered the field of high-intensityultrasounds as user of a RUM (Rotary Ultrasonic Machining) machine, using ultrasounds to facilitate the grinding of hard and fragile materials (glass, ceramics, stone, etc.). With the implementation of research projects and the knowhow for the manufacture of ultrasonic transducers, the ability to generate high-frequency vibrations was acquired. This capacity for design has enabled TEKNIKER to develop know-how in the following industrial applications:

    • Ultrasonic cleaning with and without immersion
    • Ultrasound-assisted machining (turning and drilling)
    • Ultrasonic blasting and hammering
    • Ultrasound-assisted plastics extrusion
    • Ultrasound-assisted EDM 
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    CHARACTERISTICS OF THE EQUIPMENT
    • Ultrasonic machining of fragile materials (ceramics, glass, stone, etc.)
    • Architecture in 3 axes
    • Milling and drilling operations

    EXPERTISE

    • Machining of parts
    ) ) )

Industrial sectors

Aeronautics and space

Automotive

Renewable energy

The science industry

Machine tools and manufacturing