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Application range of industrial ultrasonic cleaning machine

Date: 2022-09-08Number: 187

Technology advances make ultrasonic cleaning safer, more efficient and more affordable. Compared with hand washing, machine washing and other cleaning methods, ultrasonic cleaning machine has many advantages.

With the development of technology, more and more industries choose to use ultrasonic cleaning machine to remove unnecessary residues and harmful pollutants in equipment. Technology advances make ultrasonic cleaning safer, more efficient and more affordable. Compared with hand washing, machine washing and other cleaning methods, ultrasonic cleaning machine has many advantages.

ultrasonic cleaning machine

What is industrial ultrasonic cleaning?

Industrial ultrasonic cleaning is a process that uses ultrasound (most commonly in the wavelength range of 20-40 khz, single-or dual-frequency, depending on the application) to stir a fluid field with or without a cleaner to clean solid materials ] . Early uses of ultrasonic cleaning were limited to small metal parts and jewellery, and contemporary innovations in the field have greatly expanded their use. In industrial settings, ultrasonic cleaning is now most commonly used to make metal parts, especially those used in complex machinery and mechanical components exposed to chemical contaminants and debris. This is because ultrasonic cleaning in the industrial environment and industrial-scale applications, usually proved to be of great benefit to human workers, equipment.

Environmental impacts

It turns out that ultrasonic cleaners are more environmentally friendly than traditional cleaners. Until recently, the use of heavy chemicals was widespread in many industries. These detergents often contain harmful compounds such as esters and chlorinated hydrocarbons, which have a disastrous impact on the environment. The vapors produced by these chemicals are also highly toxic and usually require workers to wear protective masks to protect them from dangerous fumes. Ultrasonic cleaners use water-soluble detergents rather than irritating chemicals to break down residues.

Worker safety

Ultrasonic cleaning machines not only prevent workers from inhaling harmful chemical fumes, but also help them avoid using sharp instruments that may contain biological contaminants. In previous years, workers would manually clean certain devices that could puncture the skin and expose technicians to potential biological hazards. Using an ultrasonic cleaning machine, the worker simply puts the machine into a water tank, adds water and detergent, and turns the machine on.

Gently Clean

For some items, hand-cleaning and irritating chemicals may be damaged. The cavitation effect of the ultrasonic cleaner allows the mixture of water and detergent to enter narrow crevices and remove unwanted residues while keeping the workpiece intact.

Scope of application

Ultrasonic cleaning machine users range from law enforcement agencies to medical institutions. Even home users are found using ultrasonic cleaners to clean their jewelry and collect coins to remove dust, dirt and skin grease. Auto stores use ultrasonic washers to clean their parts and tools to remove used lubricants, metal burrs and other residues that can keep a car from performing at its best. Police use ultrasonic cleaning machines to clean their weapons, handcuffs and other equipment. Medical institutions use ultrasonic cleaning machines to clean their medical equipment.

These machines may vary in size. Some detergents use specialized detergents to remove specific contaminants, while others require only tap water and a minimal amount of detergents or degreasers.

At present, the advantages of ultrasonic cleaning in textile industry have also been studied. Ultrasonic cleaning has the potential to clean fabrics more effectively, with far less compound damage to fibre structural integrity and less chemical Surfactant deposition even in fragile materials. This has proved particularly useful in the limited use of ultrasonic cleaning methods for historical textiles.

Researchers believe that the potential advantages of industrial ultrasonic cleaning of textiles are enormous. This is because the proper application of industrial ultrasonic cleaning methods can reduce energy consumption, improve textile performance and reduce the cost of textile washing and maintenance/replacement that enterprises are carrying out. In addition, they found that in industrial spaces, the most important barrier to effective commercial ultrasonic cleaning could be easily removed by exposing the fabric in a flat form to an ultrasonic field.


Users of ultrasonic cleaning machines have also found these machines to be very efficient, much more efficient than manual cleaning or other machine-based methods. Ultrasonic cleaning machines reduce the use of three key resources:


Ultrasonic washers use less water than most hand-cleaning methods or traditional equipment washers.


Ultrasonic cleaning machines are more energy efficient than many equipment cleaning machines.


Ultrasonic washers work faster and more efficiently than hand washes or washing machines.

Ultrasonic cleaning machine can speed up the cleaning process of tools and instruments in all walks of life. These machines also often produce cleaner results than using heavy solvents and toxic degreasing agents.

The importance of working with high quality industrial ultrasonic cleaning service providers

As we have discussed, the benefits of industrial ultrasonic cleaning can be realized in a wide range of industries, from the automotive and aerospace industries to manufacturing to health care, agriculture, and biosciences.

However, only with high-quality ultrasonic cleaning experts to achieve these advantages. This is because inexperienced or substandard ultrasonic cleaning service providers may not be aware of the optimal settings for using their equipment in different industrial spaces.

In addition, there is an increasing prevalence of misrepresentation in industrial ultrasonic cleaning services and machinery, as it is difficult for customers to distinguish the ultrasonic frequencies used. This problem, known as pseudo-frequency conversion ultrasonic cleaning, will greatly reduce the effectiveness of ultrasonic cleaning services. The only way to avoid this problem is to work with reliable industrial ultrasonic cleaning service providers who are known for their experience, engineering expertise, ingenuity and high-quality processes.