With the continuous development of the cleaning profession, more and more professions and enterprises are using ultrasonic cleaning machines. Generally, when ultrasonic waves are working on liquids, people will hear a buzzing sound because the ultrasonic waves propagate in the liquid, causing the liquid and the cleaning tank to oscillate together at the ultrasonic frequency. The liquid and the cleaning tank oscillate at their own natural frequency, which is the frequency of sound waves, resulting in people hearing a buzzing sound.

The advantages of ultrasonic cleaning machine are many, such as good cleaning effect and simple operation. Nowadays, ultrasonic cleaning machines are applied to many professions such as surface spraying, mechanical, electronic, medical, semiconductor, clock and jewelry, optics, textile printing and dyeing, and so on.

The oscillation speed of the elastic oscillating body of the ultrasonic motor and the method of transmitting energy through conflict determine that it is a low-speed motor. Its energy density is about 5 to 10 times that of an electromagnetic motor, which allows it to obtain high torque at low speeds without the need for a deceleration mechanism, and can directly drive the actuator. Therefore, the high energy density also leads to overheating inside the ultrasonic wave in the case of poor heat dissipation, directly affecting the stability of performance.

Due to the diverse environmental requirements of ultrasonic cleaning machines, there may be a need for careful consideration when it comes to noise management. This requires that the noise in terms of heat dissipation should not be too high. And we all know that when using air cooling for heat dissipation, the fan will increase its speed as the heat increases, resulting in increased noise. Additionally, fan cooling can easily accumulate dust, which can have an impact on the internal environment.

Is there a better way to dissipate heat? Actually, there is, that is water-cooled heat dissipation. Among numerous heat dissipation methods, water-cooled heat dissipation has now begun to shine brightly. Good heat dissipation, silent form, green safety and stability have greatly changed the previous heat dissipation methods. Water cooling heat dissipation has begun to be used in many fields, such as new energy LED、 Laser technology has accelerated the development of water cooling and heat dissipation. Ultrasonic cleaning machines are no exception, and many companies have started using this heat dissipation method. We believe that in the future, more equipment will introduce water-cooled heat dissipation.

Article source: Jiangmen Ultrasonic Cleaning Machine http://www.kpzfcsb.com/