Solution To Heat Dissipation Of Ultrasonic Cleaning Machine

The vibration speed of the elastic vibrating body of the ultrasonic motor and the way of energy transmission by friction determine that it is a low-speed motor. At the same time, its energy density is about 5 to 10 times that of the electromagnetic motor, which enables it to obtain high torque at low speed without the need for a speed reducer, and can directly drive the actuator. The high energy density also leads to the overheating of the ultrasonic in the case of poor heat dissipation, which directly affects the stability of the performance.

Because the ultrasonic cleaning machine needs a lot of environments, sometimes it needs to be very careful about the noise treatment. This requires that the noise of heat dissipation should not be too high. As we all know, when air cooling is used for heat dissipation, the fan will speed up with the increase of heat, thus making a lot of noise. In addition, the fan heat dissipation is also easy to accumulate dust, which has adverse effects on the internal environment and components.

Is there a better way to dissipate heat? The answer is water cooling. Among many heat dissipation methods, water cooling has begun to emerge. Excellent cooling effect, silent mode, green, safe and stable have greatly changed the previous cooling mode. Water cooling has been used in many fields, such as new energy, LED, laser, etc., speeding up the development of water cooling. Ultrasonic cleaning machine is no exception, many enterprises have begun to use this way of heat dissipation. In the future, more equipment will be introduced for water cooling.

With the help of water-cooled heat dissipation, the ultrasonic cleaner can play a greater role. Water cooling and heat dissipation can also ensure the efficiency and life of the cleaning machine, killing two birds with one stone.