Ultrasonic cleaning is an efficient and versatile method of cleaning everything from electrical components to medical instruments. A large ultrasonic cleaner can be an invaluable asset to a wide range of different businesses, especially where thorough cleaning of hard to reach areas is required.
How does ultrasonic cleaning work?
Ultrasonic cleaners from companies such as www.hilsonic.co.uk/ make use of a process known as cavitation, which can have uses in everything from cleaning to fighting cancer. In the case of ultrasonic cleaning, sound waves are used to generate bubbles in cleaning solutions. These burst and create energy to clean even the hardest to reach areas.
Microjets and shock waves are created when the bubbles collapse and these physically agitate and then dislodge contaminants. The process is extremely effective at tackling the likes of oil, grease and dirt. Contaminants that are dislodged are suspended within the cleaning solution and are carried away from surfaces.
Ultrasonic cleaner components
Ultrasonic cleaners typically feature a transducer which turns electrical energy into vibrations that create the sound waves needed to start cavitation. They have a chamber or tank holding cleaning solution and objects that need cleaning. Some cleaners have a temperature control to optimise cleaning, making some cleaning solutions more effective, along with timers and switches to set cleaning cycles and adjust power levels.
Ultrasonic cleaning in practice
Precision and effectiveness meaning that ultrasonic cleaning is used in an array of applications and industries. It can be used to clean precious metals, jewellery and watches, as well as electronics and dental and medical instruments. The gentleness of the cleaning process compared to traditional cleaning methods makes it suitable even for very delicate items.
Ultrasonic cleaning is also regularly used to clean engine components and fuel injectors, for example, in the automotive and aerospace industries. It is used for cleaning firearms, and for looking after optical components including lenses. Laboratories use it for cleaning glassware, and coins and collectables can benefit from the gentle yet effective methods. Other uses include cleaning musical instruments and food processing equipment.