Multi Frequency Ultrasonic Cleaning Machine With Wash Rinse Dry
Ultrasonic Parts Washer Cleaner
Steps 1 and 2: Rinsing and/or rust prevention:
Most commonly, the second and third stainless steel tanks are used
for primary and secondary submersion rinsing operations.
In this configuration, the system can provide zero-residue cleaning
results when the second rinse tank is supplied with purified or
deionized water. In rinse/rinse configurations, tanks are designed
in Reverse Cascade Overflow Format which greatly reduces the
consumption of water since both rinse tanks share the same water
In clean/rinse/rust dip/dry systems the second tank can be
manufactured for use as a dipping bath for immersing parts in rust
preventative fluids to prevent corrosion of such parts.
Step 2: Drying:
The fourth tank features a partially-recirculating, high volume
drying system. This includes a core electric heater and blower that
direct hot air straight to the cleaned parts, thus maximizing
drying speed. Parts are dried more by air volume than by excessive
heat which means that operators can handle parts baskets soon after
completion of the drying process, without the need for a lengthy
cooling period. The system also includes a 4" gated exhaust to
channel moist air out of the drying tank and a stainless steel
cover to keep the drying environment contained. A specifically
designed air duct system prevents liquids from entering into the
Our multi tank ultrasonic cleaning systems combined with the hot
air dryer can be used as an effective part cleaning line by housing
heated cleaning solution, cascading DI rinse water, and a final
cascading DI rinse water with a final hot air dry step. The process
would move from left to right: the parts would be cleaned, rinsed,
rinsed and then dried.
The clean tank can be optionally equipped with pump filter systems
which provide 5 micron filtration of the alkaline cleaning
passivation solution. The common configuration shown is 3.5 gallon
tanks, but any size tanks can be used in similar configuration use.
Ideal to clean rust,carbon,pait,heavy oil,fruit agricultural
chemicals and other things hard to clean, without damage to parts
Industrial ultrasonic cleaning mahine with filtration system,
remove heavy oil from the surface.
Avoid re-pollution for your goods.
Liquid cycle can save cost and improve efficiency.
Application Features: suitable for continuous cleaning; Cleaning,
rinsing and drying can be completed
Machine equipment system includes replaceable transducer box and
generator. The transducer box and generator can be both build-in or
separate but work together to operate ultrasonic cleaning process
with transducer box immersible mounted in fluid tank, one side or
both side or bottom mounted inside the tank. The number and
placement of transducers is selected to give maximum results in any
parts cleaning tank with any cleaning load. Specification of tank
dimension and transducer boxes are custom made available. Either
for mould of parts cleaning can receive perfect cleaning
efficiency. Stainless steel basket is optional.
Application in Diesel Particulate Filter washing car part and metel
part as below.
Automatic manufacturing semi-product and product cleaning
Automatic repair cleaning including engine,gear box,connecting
rod,oil pump,crust,disc break,turbo supercharger,fuel
injector,gearing,bearing and other components
Cleaning product after processing by boring and grinding machines
Ideal for car parts washing, engine block cleaning,workshop sonic
Ideal to clean rust,carbon,pait,heavy oil, without damage to parts
inside tank with suitable cleaning liquid.
AGsonic 3 stage unit (multi-tank) ultrasonic cleaner machine
|jewelry||Jewelry, diamond, gold, silver products,|
|machinery||Moulds, precision parts, pressing parts, camera parts, bearing,
|electronics||PCB board, electronic parts, TV parts, computer parts|
|Auto industry||engine parts, gear box, shock absorber, auto nozzle, cylinder,
|Dental& Medical||dental tools, medical tools, injector, surgery tools, dropper,
|Plating& painting||polishing parts, SUS cutter, tableware, plating|
|Food industry||Oven tray, boiler, bottles, bottle cap, filters|
|Optical& watch maker||optical lens, eyeglass, sunglass, metal, gold, jewelry, diamond,
watch band, watch cover, watch hand|
|textile||spinneret plate, rubber parts, plastic molds, toy|
|others||seal, flapper, coins, pottery, bank card, IGBT|
AGsonic make rinsing tanks and dryer tanks to dryer after rinsing,
such as for tank capacity of 50L,100L,150L,200L or even bigger
tank. Multi tanks with different functions by each unit work
together to approach maximum cleaning efficiency.
Take 3-tank ultrasonic cleaner as example:
1st ultrasonic cleaning tank
2nd rinsing tank after rinsing(or add a second rinsing tank for
3rd dryer tank
Specification details as follows:
1st ultrasonic tank: installed with ultrasonic cleaning transducers to operate cleaning
process by ultrasonic transducer vibration.
2nd Rinsing tank: It has a continues supply of water by supplying water from the
bottom, and dirty liquid flow away from the surface of the liquid.
|Ultrasonic Tank Dimension(mm)||550X400X350||600X500X450||1000X600X600|
|Rinsing tank dimension(mm)||550X400X350||600X500X450||1000X600X600|
|Construction Case||SUS304 (Mirror shining image available)|
|Temperature range||20~80C adjustable|
|Lid & Basket||Available, material: SUS304|
|Cleaning Tank voltage||AC220V/AC380V 3phase|
|Generator Voltage||AC110V / 220V 1phase|
|Features||With double tank for cleaning and rinsing.|
With filtration system
Multi-direction castors with brake;
1 year warranty
- Adjustable ultrasonic power
- Original BLT type transducer
- dual frequency 40 and 120khz for different cleaning items, gentel
- SUS304/316L tank
- Adaptable for continuous operation
- Adjustable thermo controller
Q - How close should the parts be to the sonic source?
Optimal spacing to minimize part damage would be to keep the basket
two inches away from the radiating surface and one inch from the
air to water interface
Q - Is ultrasonic cleaning effective for blind holes and tops of
As long as the liquid in the bath can find its way into blind holes
then the ultrasonics can and do work in blind holes and on top of
Q - What impact does agitation or turbulation have on the
effectiveness of ultrasonic cleaning?
In order to answer this question correctly, it is necessary to
differentiate between agitation and turbulation. In cleaning,
agitation is defined as moving the parts being cleaned in an up and
down or side to side motion while immersed in the cleaning bath.
Turbulation refers to the relative movement of liquid in an
otherwise static liquid bath as created by underwater sprays
(eductors), filtration returns, and other actions. Both agitation
and turbulation may be beneficial in immersion cleaning without the
use of ultrasonics. When using ultrasonics, agitation usually
enhances cleaning by sweeping away contaminants initially released
by the action of ultrasonic cavitation and implosion. Turbulation,
on the other hand, is usually detrimental to ultrasonic cleaning. A
shearing action within the liquid disturbs the ultrasonic field
thereby reducing the ultrasonic effect.