Find the Best Ultrasonic Cleaner

Ultrasonic cleaners find application in most every aspect of today's homes and businesses as a virtually sure-fire way of cleaning or treating most anything that can be immersed in an aqueous, biodegradable cleaning solution.  Here are some examples where ultrasonic cleaners from Tovatech are saving time while assuring thorough results.

Where a sonic cleaner can help you

Machining and otherwise fabricating and handling stainless steel components may deposit iron particles and other contaminants on the surfaces. Passivation in an ultrasonic cleaner removes contaminants to forestall corrosion once components are put into use.

Similarly, cleaning finely machined parts with ultrasonic energy avoids damage by abrasive compounds and mechanical scrubbing to remove grinding dust, metal shavings, lubricants, cutting and coolant fluid residues.

Removing soldering flux and residues from new PCBs and dirt when reconditioning PCBs by using an ultrasonic PCB cleaner is faster and more gentle than manual, time consuming methods that can damage delicate assemblies and can be environmentally unfriendly.

Dental clinics ultrasonically clean instruments before sterilization to avoid heat “baking on” blood, tissue and other organic residues that cause infection problems.  The systems are also ideal for cleaning molds, implant hybrid prosthesis, and removing plaster and cement from bridgework.

Heavy parts degreasing engines and other complex machinery components is accomplished quickly and effectively by industrial ultrasonic cleaners.  High-pressure sprays, steam cleaning, and solvent-based wash tanks are unable to remove contaminants in cracks, crevices and blind holes.

Watch case and other quality jewelry manufacturers with broad markets use ultrasonic cleaners to remove jewelry polishing compounds and other dirt from all surfaces including those difficult or impossible to remove by manual methods.

Auto repair technicians and HVAC professionals rely on sonic cleaners to remove mineral deposits and other contaminants from radiators, condenser coils  and heat exchangers not easily flushed and subject to damage by power washing.

Ultrasonic cleaners are relied on to restore jet engine fuel nozzle assemblies to a like-new condition  avoiding mechanical methods such as soaking, brushing or using steel wool in solvents that are time consuming and risk damage to precisely fabricated, highly machined fuel nozzle surfaces.

Ultrasonic cleaning using flammable solvents such as grade A isopropanol alcohol and pharmaceutical grade acetone requires special precautions and the use of an explosion proof ultrasonic cleaner during initial cleaning processes for new and reconditioned stainless steel filters.

Ultrasonic cleaning is used on a wide range of glass, porcelain, ceramic, plastic, and metal laboratory equipment due to its thoroughness while avoiding breakage (and possible injuries) associated with manual and mechanical cleaning.

How an ultrasonic cleaner can help you

Sonic cleaners do their stuff by using the power of imploding (not exploding) microscopic bubbles in a process called cavitation.   This is totally unlike the high-pressure water sprays, aerosol sprays or manually scrubbing with a brush in a bucket of solvent - as described as alternatives in some applications cited above.

The implosion of cavitation bubbles produces shock waves that blast loose and carry away contaminants, or act on samples being processed in sonicator baths.

For more information read how ultrasonic cleaners work.