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Jensen Aqueous Cleaning Systems offers the most extensive line of standard and custom automated ultrasonic parts cleaners for virtually all central, cellular and inline cleaning requirements. These include front load-unload, rotating basket, vertical agitation and rotation, rotary drum, spray, belt, monorail, combination and modular lean manufacturing systems.
Lewis Ultrasonics and Stoelting, LLC. manufacture quality and affordable ultrasonic parts cleaners and serve a wide variety of industries, including retail and food service companies, entertainment venues, institutions, military, manufacturing and job shops, electronic assembly and semi-conductor packaging, cheese plants, specialty food processing operations, and more.
Esma Inc.'s ultrasonic parts cleaners employ single-tank, push-button controlled clean/rinse/dry cycles- moving the liquid, not the parts. Esma Inc.'s integrated storage tanks house liquids; unique, optional tumbling mechanisms enhance the cleaning. A full range of quality made and affordable ultrasonic cleaning products is also available, in addition to a talented staff ready to meet your needs.
A division of Magnus Equipment, Power Sonics is known as top-quality ultrasonic parts cleaner manufacturers. Offering standard & custom industrial ultrasonic cleaning products, Power Sonics provides ultra sonic cleaner services including design assistance, machine painting & structural fabrication. Power Sonics, LLC serves an array of industries including printing, automotive & medical.
If you are looking for an ultrasonic parts cleaner, Ultrasonic Power can provide you with the best of its kind. Their world class cleaners use vibrations to generate millions of microscopic bubbles that can access the smallest parts on precision machinery. High energy release allows the ultimate level of clean that only these technologically advanced precision washers are able to provide.
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Industry Information
View A Video on Ultrasonic Parts Cleaners - A Quick Introduction
Ultrasonic Parts Cleaners
Ultrasonic parts cleaners are faster, automated, more consistent and safer than other methods available, and they are considered a very successful means of removing soluble particulates. Ultrasonic parts cleaners have replaced traditional methods that used scrubbing with toxic and harsh solvents and they require little manual labor. They are also more environmentally-friendly than using chemical solvents or hazardous chemicals. The automotive, pharmaceutical, medical, beverage, electronics, marine, sports equipment and weapons industries all use large capacity ultrasonic parts cleaners to clean products like hard drive components, small automotive parts and process machine components that have grease or lubricant build up. Smaller models exist for at-home use, which generally involves jewelry cleaning applications. Ultrasonic parts cleaners are capable of cleaning individual parts as well as multiple items simultaneously and are used in a variety of commercial and industrial applications.
Components of ultrasonic parts cleaners include a cleaning tank of varying size, agitators, transducers, pumps or pressure generators, a metal cabinet that acts as the housing, nozzles and a reclamation system. Most have some method of drying, which may be a heat gun or heating system as part of the machine. In order to ensure that every part's surface, holes and cavities are cleaned properly, many systems have rotating parts holders, tumbling baskets or oscillating systems. During the cleaning process, the dirty parts are placed in baskets and immersed into the cleaning liquid which is usually around 110 degrees Fahrenheit though it varies depending on the material of the parts. Ultrasonic sound frequencies cause cavitation, which is the formation and implosion of millions of tiny bubbles in the liquid. When these bubbles implode, a scrubbing action to the product surfaces occurs, ridding them of contaminating substances. There is a direct connection between how the frequency and the number of implosions which allows for a high level of control; high frequencies ideal for the removal of very small particles without harming the surface of the industrial part. The parts are then rinsed with water or a solvent and dried, leaving a clean product with no streaks or fingerprints.
