How does an Ultrasonic Cleaner work?
Limplus’ ultrasonic cleaning technology is created by generators that produce high frequency electricity. This electricity is then converted into sounds waves through a transducer, which makes these waves vibrate.
As the waves travel through water, tiny vacuum bubbles form and repeatedly implode upon any surface they encounter, removing even microscopic dirt particles. These cavitation bubbles reach and clean grooves, cracks and hidden crevices more effectively than alternative methods.Ultrasonic cleaning technology does not require toxic chemicals or hands-on work.
Application of ultrasonic cleaning:
Follow some samples that you can clean:
Aircraft components, brakes, machined parts
Anything that is honed, lapped, buffed, or polished (ceramic, glass, metals)
Automotive fuel injector nozzles and components
Bearings
Blind cleaning (window blinds)
Carbide cutting tools
Cathode ray tube components (TV picture tube components)
Computer disk drive and head components
Fire restoration
Glass substrates
Glassware cleaning (laboratory glassware)
Hybrid microelectronic circuits (thin and thick film circuits)
Hypodermic needle stock (cannulae)
Jewelry cleaning (new manufacture)
Lenses, ophthalmic, precision
Maintenance - cleaning of electronic assemblies
Maintenance - cleaning mechanical assemblies
Maintenance - cleaning of food manufacturing filling equipment
Medical glassware (vials)
Molds (maintenance cleaning)
Nuclear decontamination
Optical components
Orthopedic implants
Preparation of metals prior to titanium nitride coating
Quartz crystals (radio, television, computer, pagers, cellular phones)
Semiconductor, components, substrates, and sub-assemblies)
Surgical instruments
Thick film furnace belt (during operation)
Weapons (maintenance cleaning)
Wire dies (drawing dies)
