VietSkymen Ultrasonic Cleaner for Electronic Components

Working principle of ultrasonic tank 

Ultrasonic cleaning tanks have become a powerful tool in cleaning electronic components thanks to their deep and effective cleaning ability. The operating principle of this device is based on the phenomenon of cavitation, a process of creating and breaking microscopic vacuum bubbles in the cleaning solution using ultrasonic waves.

The ultrasonic transducer mounted at the bottom of the tank generates high frequency ultrasonic waves when energized. These waves propagate through the solution, creating a continuously changing pressure zone. In the low pressure zone, microscopic vacuum bubbles are formed and when they move to the high pressure zone, they collapse, creating a strong impact force on the surface of the component.

The force of the vacuum bubbles effectively removes dirt, grease, glue and other stubborn dirt stuck on the surface of the components. The cleaning solution will then dissolve and completely remove these dirt.

The outstanding advantage of this method is the ability to clean deeply, penetrate into gaps, holes, small grooves without direct contact, avoiding scratches on components. In addition, ultrasonic cleaning tanks also help save a significant amount of time and effort compared to traditional cleaning methods.

However, to ensure safety and efficiency when using an ultrasonic cleaning tank for electronic components, you need to pay attention to choosing the right cleaning solution, adjusting the appropriate frequency and power, not soaking the components for too long and ensuring the components are completely dry after cleaning.

What types of electronic components can be cleaned with Vietskymen ultrasonic cleaning tank?

• Printed circuit boards (PCBs) without sensitive components: PCBs that have been removed from the device and no longer have components sensitive to vibration and liquid such as speakers, microphones, quartz, etc. can be cleaned with an ultrasonic tank. However, it is necessary to choose the right solution and mode.
• Connectors, metal contact pins : Ultrasonic baths are effective in removing dirt and oxidation on metal surfaces, helping to improve contact ability. You should choose a specialized solution for metals and not soak for too long.
• Metal shell and frame: Ultrasonic tank can effectively clean stubborn stains and grease on the shell and metal frame of electronic devices.
• Radiator: Ultrasonic bath helps to remove dirt stuck in the small grooves of the radiator, improving heat dissipation efficiency.
• Heavily oxidized components: Depending on the degree of oxidation and the type of component, an ultrasonic bath may be able to help clean it. However, it is important to choose the right solution and inspect it thoroughly after cleaning to ensure that no further damage is caused.

Vietskymen Ultrasonic Cleaner – Eliminates dirt, eliminates worries

In the increasingly developing world of electronics, keeping components clean is a prerequisite for the performance and longevity of the device. Understanding your concerns about stubborn stains, Vietskymen offers the optimal solution: Ultrasonic cleaning tank – “Silent hero” helps remove dirt, restoring the shine of electronic components.

Using modern ultrasonic technology, Vietskymen cleaning tank creates millions of microscopic air bubbles that penetrate into every corner and groove, gently but extremely effectively removing dirt, grease, and oxidation. No more hours of struggling with brushes, brooms, or strong cleaning solutions, you can completely trust the “health” of your components.

Vietskymen offers a wide range of ultrasonic cleaning tanks to suit your needs, from compact capacities for home use to large capacities for professional repair shops. The user-friendly, easy-to-use interface helps you master the technology easily.

Choosing Vietskymen ultrasonic cleaning tank, you are choosing:

• Outstanding cleaning efficiency: Removes stubborn dirt, restoring shine to components.
• Save time and effort: Automatic cleaning process, fast, effortless.
• Absolutely safe : No use of toxic chemicals, protecting components and user health.
• Outstanding durability: High quality products, durable operation, accompanying you for a long time.

Instructions on how to choose an ultrasonic tank suitable for washing electronic components

Ultrasonic cleaning tank is a popular cleaning device known and chosen to clean many different types of items and components. However, during use, many problems can arise if you do not know the necessary notes to choose a suitable ultrasonic cleaning tank from the beginning as follows:

Size of the sink:

• The size of the tank is chosen depending on the size and number of items to be cleaned. Because when using ultrasonic technology, to completely clean the items, the items need to be placed in the tank so that the surface of the items is submerged in the solution. If you choose a tank that is too small compared to the size of the items, the cleaning process will become very difficult.
• On the contrary, if you choose a tank that is too large, this will consume unnecessary ultrasonic energy, water and cleaning chemicals. Therefore, to choose a suitable ultrasonic tank product, you need to be advised by people with professional knowledge about the product. It is even necessary to conduct actual testing if necessary.

Ultrasonic frequency 

• Ultrasonic waves are sounds with frequencies higher than the maximum frequency that the human ear can hear, in the range above 20KHz. Because ultrasonic waves can propagate quickly in water environments, they are widely used in the cleaning industry. However, different ultrasonic frequencies will bring different cleaning effects. For low-frequency sound waves, the shock waves created are very strong, so the cleaning ability is also strong, suitable for cleaning objects with flat surfaces and sturdy materials.
• On the contrary, for high frequency ultrasonic waves, the shock waves created have a lighter force, so they are suitable for gentle cleaning of items with many details, made from soft, easily damaged materials. In the process of choosing an ultrasonic cleaner, choosing a product with an ultrasonic frequency suitable for the item to be cleaned is extremely necessary to ensure cleaning efficiency as well as the life of the item.