Blackstone~NEY Ultrasonics

Article Contents

  1. Introduction
  2. What is "Ultrasonics?"
  3. Nature of Sound Waves
  4. Cavitation and Implosion
  5. Benefits of Ultrasonics
  6. Ultrasonics Speeds Cleaning
  7. Complex Contaminants
  8. Ultrasonic Generators
  9. Pulse and Frequency Sweep
  10. Frequency and Amplitude
  11. Magnetostrictive Transducers
  12. Piezoelectric Transducers
  13. Ultrasonic Cleaning Equipment
  14. Maximizing the Cleaning Process
  15. Maximizing Cavitation
  16. Minimizing Dissolved Gas
  17. Maximizing Overall Cleaning Effect (1)
  18. Maximizing Overall Cleaning Effect (2)
  19. Conclusion
Ultrasonic Cleaning: Fundamental Theory and Application

Ultrasonic Cleaning: Fundamental Theory and Application
(p. 13)

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Ultrasonic Cleaning Equipment

Ultrasonic cleaning equipment ranges from the small tabletop units often found in dental offices or jewelry stores to huge systems with capacities of several thousand gallons used in a variety of industrial applications. Selection or design of the proper equipment is paramount in the success of any ultrasonic cleaning application.

The simplest application may require only a simple heated tank cleaner with rinsing to be done in a sink or in a separate container. More sophisticated cleaning systems include one or more rinses, added process tanks and hot air dryers. Automation is often added to reduce labor and guarantee process consistency.

The largest installations utilize immersible ultrasonic transducers which can be mounted on the sides or bottom of cleaning tanks of nearly any size. Immersible ultrasonic transducers offer maximum flexibility and ease of installation and service.

Heated tank cleaning systems (figure 7) are used in laboratories and for small batch cleaning needs.

Ultrasonic Cleaning: Fundamental Theory and Application
Figure 7

Small, self-contained cleaners (figure 8) are used in doctors' offices and jewelry stores.

Figure 8

Console cleaning systems (figure 9) integrate ultrasonic cleaning tank(s), rinse tank(s) and a dryer for batch cleaning. Systems can be automated through the use of a PLC controlled material handling system.

Figure 9

A wide range of options may be offered in custom designed systems, as pictured in figure 10. Large scale installations or retrofitting of existing tanks in plating lines, etc., can be achieved through the use of modular immersible ultrasonic transducers. Ultrasonic generators are often housed in climate-controlled enclosures.

Figure 10

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