Ultrasonic Technology News Blog

Aluminum engine parts may require routine cleaning or the removal of contaminants prior to re-building. Because aluminum is softer than steel, scrubbing or scraping to remove tough deposits can damage the aluminum surface. Soaking in strong solvents may soften deposits and remove some contaminants but manual or mechanical cleaning is usually required to clean residues. […]

Most automotive parts can be cleaned quickly and completely with an ultrasonic cleaning system. The microscopic bubbles created in the cleaning solution by the ultrasonic waves deliver a powerful scrubbing action that removes contaminants from part surfaces and dislodges residues. Top parts suitable for ultrasonic cleaning include cylinder heads, fuel injectors, carburetors, brake cylinders and […]

Medical equipment has to be cleaned to the highest standards while making sure that the cleaning process does not damage medical equipment components. Commonly used sterilization techniques such as steaming will cause electronics to fail and mechanical scrubbing can damage delicate parts. Specialized medical ultrasonic cleaners effectively remove surface contaminants quickly and completely. If the […]

Ultrasonic cleaning can remove impurities and contaminants from the surfaces of machined components, sheet metal parts and other items assembled to make up finished automotive products. Such cleaning is required because many parts come out of the manufacturing process with oil, grease or shop dirt on their surfaces. Traditional cleaning methods use harsh chemicals, extensive […]

Almost any item can be cleaned with an industrial ultrasonic cleaner as long as it can be immersed in a cleaning tank of water and then dried after cleaning. Low frequencies deliver powerful cleaning action for removing heavy deposits and dirt from engine components and machine parts. Higher frequencies use a gentle cleaning action for […]

Healthcare industry tools, devices and equipment have to satisfy exceptionally high standards of cleanliness but many are difficult to clean. Items that are re-used may be contaminated with bacteria or other foreign matter but the devices are often delicate with complex shapes. Harsh chemicals and solvents can’t be used because their handling endangers medical personnel […]

Automotive parts are often subject to heavy, hard-to-remove contamination with oil, grease and carbon deposits. Traditional cleaning methods include removing some deposits manually and soaking, spraying, brushing and scraping the parts. These cleaning methods are time-consuming, require a heavy use of chemicals and water and can damage part surfaces. Ultrasonic cleaning of automotive parts is […]

Biotechnology companies have special needs for cleanliness of parts and equipment and for cleaning applications that don’t contaminate biotechnology processes. Parts such as tanks, containers, sieves, tubes and sensors often have to be completely free of contamination before being used in a biotechnology application. Using harsh chemicals to clean parts may leave deposits that can […]

Ultrasonic cleaning systems offer superior cleaning performance as well as a cleaner environmental footprint. Where traditional cleaning methods use toxic chemicals and require manual scrubbing or other mechanical cleaning, ultrasonic cleaners use plain water or mild detergents to clean parts quickly and completely. The work environment is safer for workers and free of aggressive chemicals […]

Industrial ultrasonic cleaners can efficiently clean a variety of parts, delivering excellent cleaning performance while reducing costs. The mechanical scrubbing action of microscopic cavitation bubbles produced by the ultrasonic cleaning system cleans rapidly. It removes contaminants from the surfaces of parts made of varying materials and with many different shapes. Such cleaning takes place without […]