3 Phases Tanks Engine Block Ultrasonic Cleaner Ultrasonic Cleaning with Filter

We use high-quality electrical and mechanical components to ensure stable and reliable performance. Our machines are designed by highly experienced engineers who have previously developed equipment for leading international manufacturing companies. In addition, our production team consists of skilled workers with many years of experience in building automated cleaning lines. Our quality control system covers the entire process, from raw material inspection to final machine assembly and testing.

We have worked with many famous brand companies, government projects, and railway departments. We also have years of international experience with installing and testing machines in other countries. We provide full service for our customers after purchasing.

We offer flexible payment terms to accommodate different situations, such as 10-20% payment after installation and test service. We may require some support from you in certain cases.

We provide installation and test services for automatic cleaning lines at your facility until the cleaning system is working properly. We offer a 1-year warranty with 24/7 support during the warranty period.

As a source manufacturer of cleaning machines, we can help customers customize various types of non-standard cleaning machines with fast delivery times.

The principle of ultrasonic cleaning machines is based on the use of high-frequency sound waves to create microscopic bubbles in a cleaning solution, which then implode upon contact with a surface, effectively removing contaminants.

• The object to be cleaned is placed in a tank filled with a cleaning solution (typically water-based with detergent)
• Ultrasonic transducers generate high-frequency sound waves transmitted through the cleaning solution
• The sound waves create microscopic bubbles through cavitation that grow and then implode
• The implosion creates a scrubbing action that removes contaminants and generates heat to loosen debris
• The cleaning solution is continuously circulated to ensure complete exposure
• After cleaning, the object is rinsed with clean water to remove remaining solution and contaminants

• Electronics manufacturing: Cleaning printed circuit boards, electronic components, and sensitive equipment
• Automotive and aerospace manufacturing: Cleaning engine parts, fuel injectors, carburetors, and components
• Medical and dental equipment: Cleaning surgical instruments, dental instruments, and medical equipment
• Jewelry and watchmaking: Cleaning jewelry, watches, and delicate items
• Optics and lenses: Cleaning lenses, prisms, and optical components
• Firearms: Cleaning firearms and weapons
• Food and beverage processing: Cleaning processing equipment, tanks, pipes, and components
• Printing industry: Cleaning printing plates, stencils, and printing equipment

• Preparation: Ensure the cleaner is clean and free of debris. Fill the tank with appropriate cleaning solution and plug into a grounded outlet
• Loading: Place items in the basket or tray, ensuring they don't touch each other or tank sides
• Settings: Set cleaning time and temperature according to cleaning solution instructions
• Operation: Turn on the ultrasonic cleaner and allow it to run for the specified time
• Unloading: Remove items after cycle completion and rinse thoroughly with clean water
• Maintenance: Empty tank, rinse with clean water, wipe dry, and store in clean, dry place