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Extra Form
Summary Manufactured as the closed type by grouping more than the two of convertor and transducer to meet the purpose and
the expected output called the vibratory parts.
If ultrasonic waves are vibrated in an empty tank without injecting washing liquid to the washing tank,
it can have fatal effects on the entire vibrators so that it should be absolutely prohibited.
Division It can be used regardless of the shape and size of the washing tank, so it has the advantage of easy installation, convenient use,
and being available for using the existing tank.
Types - Frange Type
* It is the most common type and can be various used for manufacturing single and multi-bath type cleaners.
* It is the fixed type which requires no separate fixed bracket.

- Plate type
* It is the diaphragm type which is easy to use the space inside the water tank
* It is easy to replace vibration part.

- Flexible type
* It has the advantage of being able to move
* It can be used safely when fixed with bracket.
Features •It can be customized according to the purpose of its use and types of contaminants.
•The vibration frequency can be diversely selected from 28 to 230KHz
•The vibration part can be arbitrarily changed and can be used regardless of the shape and size of cleaning vessel.
•When you want to increase the cleaning process or improve an ultrasonic output, you can use it simply by using the auxiliary device.

초음파세척기 진동부.jpg

 


Extra Form
Summary Ultrasonic vibrators (can be called other names such as Transducer and Condenser) made by using piezoelectric ceramics are an assembly
of using a piezoelectric phenomenon that can convert electrical energy into mechanical energy by the resonance phenomenon
of the piezoelectric ceramics.
Division Bolt-clamped Langevin Transducer: BLT, which has a different style according to manufacturing methods and now has a stable structure,
is used the most.
It may be divided into 28 kHz, 40 kHz, 50 kHz, 60 kHz, and etc. depending on the resonance frequency.
Types It is variously divided into 28 kHz, 40 kHz, 50 kHz, 60 kHz, 80 kHz, 100 kHz, 135 kHz and 170 kHz according to the type
of material to be cleaned.
Features It uses a vibrator with a difference resonance frequency depending on the type of material to be cleaned.
It applies either frequency or output depending on the completion of cleaning contaminants.

 

 

초음파세척기 진동자 구조.jpg

 

 

 

 


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