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Industrial Ultrasonic Cleaning Machine | Advanced Cavitation System for Complex Parts
Over 20 years of technical accumulation; fully automatic intelligent control system; more than 30 standard models available
What is an industrial ultrasonic cleaning machine?
It generates high-frequency vibration via ultrasonic transducers to produce liquid cavitation effect. Massive tiny bubbles are formed inside the liquid and burst instantly to create strong impact force, thoroughly cleaning dirt on workpiece surfaces.
Why Choose Ultrasonic Cleaning for Industrial Parts?
- Clean blind holes and internal cavities
- Remove oil and grease
- Remove metal chips
- Clean complex geometries
- Reduce manual labor
- Provide more consistent cleaning
- Improve cleaning repeatability
- Reach areas that brushes cannot easily access
Product List/Specifications Comparison
| series | Capacity range | Ultrasonic power range | feature |
KER | 112L – 2520L | 2.4kW – 24kW | Smart integration—the top choice for high-efficiency production lines. |
KT | 36L – 2520L | 0.9kW – 24kW | Professional industrial grade; bottom/three-sided vibration |
KRM/KRD | 1.3L – 30L | 20W – 600W | Portable benchtop unit for laboratory use and precision cleaning of small parts. |
KER Series Ultrasonic Cleaning Machine — Powerful & Efficient Industrial Parts Cleaner
The KER Series Ultrasonic Cleaning Machine by KEER CLEAN is an advanced, intelligent integrated ultrasonic cleaning system designed for thorough and efficient cleaning of various industrial components. Using high-frequency ultrasonic waves, it generates microscopic cavitation bubbles that effectively remove oil, grease, dirt, carbon deposits, and other contaminants from intricate surfaces without manual scrubbing or damaging the parts.
Key features include all-in-one design with advanced human-computer interaction, multiple tank size options, and suitability for automotive parts, engines, car workshops, radiators, and other precision components. The process is non-abrasive, environmentally friendly (especially when paired with appropriate cleaning solutions), and significantly reduces cleaning time while improving results compared to traditional methods.
Industrial Ultrasonic Cleaning Machine Models & Series
Technical Advantages of Our Ultrasonic Cleaning Equipment
Automatically tracks the optimal frequency to eliminate cleaning dead zones and ensure uniform results.
Micron-level bubble implosion penetrates deep into blind holes and crevices to dislodge stubborn contaminants.
Features thickened SUS304 stainless steel tanks, engineered for 24/7 heavy-duty industrial operations.
Equipped with a high-performance IGBT module for stable power output and significantly reduced failure rates
Ultrasonic Cleaning Machine Applications in Manufacturing
Frequently Asked Questions on Ultrasonic Cleaning Systems
What are the main categories of ultrasonic cleaners?
Ultrasonic cleaners are mainly divided into three categories: mini type, dental/small lab size tabletop type, and industrial heavy-duty type.
What scenarios are different types of ultrasonic cleaners suitable for?
Mini type: Suitable for light-duty items such as contact lenses, and should never be used for critical cleaning jobs
Dental/small lab size tabletop type: Efficient in cleaning small parts and lab glassware
Industrial heavy-duty type: Suitable for production cleaning and can handle more complex and stubborn cleaning tasks
What is the common operating frequency range of ultrasonic cleaners?
Most ultrasonic cleaners operate between 20 and 120 kHz.
How to choose the appropriate ultrasonic frequency based on cleaning needs?
The frequency should be selected according to the material of the cleaning object and the type of pollutants:
Lower frequencies: Produce larger cavitation bubbles with more abrasive cleaning, recommended for coarse cleaning needs such as removal of lapping compounds from durable metal surfaces
Higher frequencies: More suitable for fine cleaning of very delicate items such as jewelry and soft metals with polished surfaces
What key factors should be considered when choosing a good ultrasonic cleaner?
The following four key factors should be focused on when making a selection:
Frequency: Choose the suitable ultrasonic frequency according to the cleaning objects and pollutants
Inner size of cleaning tank: It should be larger than the size of the objects to be cleaned
Core element: The quality of the ultrasonic transducer greatly influences the service life of the cleaner
Ultrasonic power: The larger the volume of solution, the more power is needed, with an average of 50 to 100 watts per gallon; generally, more power indicates faster and more effective cleaning
Request a Free Quote for Your Custom Cleaning System
We provide expert industrial cleaning solutions with 20+ years of technical accumulation. From automated ultrasonic lines to eco-friendly dry ice blasting, we tailor every system to your specific cleaning challenges.
