Industrial Ultrasonic Baths

Product description:

In the process of mechanical manufacturing, pollutants such as cutting oil, abrasive particles, iron filings, and floating dust can attach to mechanical equipment and components. Industrial Ultrasonic Baths can effectively remove these pollutants, ensure the normal operation of mechanical equipment, and improve production efficiency. Electronic components and circuit boards can produce tiny dirt and residues during the production process, which can affect the quality and performance of electronic products. It can thoroughly clean electronic components and circuit boards, remove chemical reagents and microorganisms attached to the surface, and ensure the quality and production efficiency of electronic products.

FAQ:

Precautions for maintenance and use of Industrial Ultrasonic Baths:
1. In case of any foreign matter falling into the groove bottom, it shall be taken out immediately;
2. When changing or draining the liquid, it should be carried out when the cleaning liquid in the tank is at normal temperature, and it must be turned off and the power cord removed;
3. Clean and remove the dirt in the washing tank frequently;
4. The working time of each startup should not be too long. It is recommended to shut down for a few minutes for heat dissipation after about 8 hours of startup in order to better maintain the machine;
5. During the normal operation of the ultrasonic tank, the uniform sound of the resonance between the ultrasonic wave and the tank body should be heard. The surface of the cleaning fluid is free of turbulence, only the water spray caused by the hole explosion. If there is intermittent oscillation, please add some cleaning fluid or reduce some cleaning fluid, and the elimination of oscillation is conducive to cleaning the object;
6. On the premise of ensuring the cleanness of the washing objects, try not to heat up and work intermittently, because heating and long time ultrasound increase the temperature accumulated in the box, which is easy to accelerate the aging of the electronic components in the box;
7. Never use flammable detergent;
8. Never turn on the heater or ultrasonic when there is no washing solution in the washing tank;
9. Prevent the cleaning fluid and water from splashing into the case and the vibrator.

What should novices pay attention to when using an industrial ultrasonic tank for the first time?

1. Develop correct operating procedures

Before using an digital ultrasonic tank for the first time, we need to understand the structure and characteristics of the washing machine, as well as the specific steps and processes of cleaning. Correct operating procedures can help us master the operating steps more accurately and grasp the details and attention points of cleaning.

2. Pay attention to the choice of washing agent

Ultrasonic washing machine can only effectively exert their cleaning effect when paired with suitable washing agents. Therefore, we need to choose the appropriate washing agent according to the material of the cleaning object and the type of dirt. At the same time, pay attention to the concentration and usage of the washing agent when cleaning to avoid adverse effects on the washing objects.

3. Reasonable use of washing machines

Ultrasonic tank use the principle of sonic vibration to clean. They have the advantages of high efficiency, speed, and non-destruction, but they also have certain limitations. Therefore, when using a washing machine, you should choose the appropriate washing object and pay attention to controlling the cleaning time and intensity to fully exert its cleaning effect and avoid unnecessary damage.

What is the important role of ultrasonic washing machine in the electroplating industry?

It is widely used in the electroplating industry, mainly for pre-treatment, post-treatment, and cleaning of special electroplated parts.

Before the electroplating process, the surface of the workpiece often contains impurities such as oil stains, rust, and oxide films, which can seriously affect the effectiveness and quality of electroplating. Ultrasonic cleaning can quickly and thoroughly remove these impurities. This process not only enhances the cleanliness of the workpiece surface, but also enhances its activity, laying a solid foundation for the electroplating process. After electroplating is completed, there may be residual electroplating solution, additives, etc. on the surface of the workpiece. These residues not only affect the appearance of the workpiece, but also may damage its performance. The efficient cleaning ability of ultrasonic tank can completely remove these residues, restore the original luster of the workpiece surface, and enhance its corrosion resistance. For certain special electroplated parts, such as those plated with hard chromium or precious metals, their surfaces are often rough with numerous small pores. Traditional cleaning methods often struggle to achieve ideal cleaning results. However, ultrasonic tank, through their strong vibration and penetrating force, can penetrate deep into the surface and pores of the workpiece, completely removing impurities that are difficult to reach, ensuring the quality and performance of the electroplated parts.

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