Ultrasound cleaning is highly appreciated for impeccable and quick results; the method has been added to the armory of thousands of enterprises, since it allows eliminating the need in manual labor and cutting down operational expenses.
Modern technology makes high demands on the quality of surfaces cleaning. An insufficient cleaning adversely affects the reliability and durability of mechanical parts, accelerates wear off period, impairs the adhesion of protective and other functional coatings.
A range of classical methods, such as manual and mechanized brushing, chemical/electrochemical degreasing and rinsing doesn’t necessarily provide a satisfactory result, and this is where ultrasonic cleaning stands out from the crowd.
Ultrasound enables the manufacturer to replace expensive and toxic explosive solvents with cheaper and safer alkaline solutions. In some cases, ultrasonic method can eliminate the pollution not amenable to removal by other methods (especially when it comes to complex and bulky objects, tiny parts, the objects with blind holes cleaning and etc.).
Spheres of ultrasonic sound application
Today ultrasonic cleaning processes are used in a wide array of industries: in automobile production for cleaning parts, pipes, wires, removal of corrosion products, grease and grinding compounds elimination, after preservation cleaning, welding and etc.; flushing carburetors, injectors, individual components and entire blocks repairing. Ultrasonic sound has been implanted in manufacturing processes of printing industry for cleaning printing rollers. Thousands of instrumentation manufacturers have also assessed the powerful effect of ultrasonic cleaning, used for printed circuit boards, quartz plates and precision parts washing. And finally, ultrasonic cleaning is used in optics, medical, chemical and pharmaceutical laboratories.
The process of cleaning
The entire process is handled in ultrasound cleaning baths with electrical generators and inverters. The generator provides the required frequency, and the converter receiving an electrical signal from the generator emits ultrasound. Typically, there are two types of transducers used for ultrasonic cleaning – s piezoelectric and magnetostrictive ones. The bath contributes to forming myriads of bubbles (the process of cavitation) that helps to eliminate even extremely tiny 3rd party components from the surface of the object.
Ultrasound cleaning can really help your business grow – stop by Hilsonic website to know how an efficient method can increase productivity and performance of your company.