Auto Shop Use Ultrasonic Cleaner with 360W Ultrasonic Power for
There are countless uses for an ultrasonic cleaner in an auto shop.
The cleaning of auto parts covered with grease, oil, and other
lubricants is a daily necessity that can be resolved by using a
Limiplue ultrasonic cleaner.
It saves time and resources by eliminating the need for manual
scrubbing and dependence on needless cleaning chemicals.
The hazardous chemicals are replaced with chemical
free/biodegradable soaps. Just to name a few examples of items that
are commonly cleaned by a Table top ultrasonic cleaner include
power steering parts, pistons, fuel injectors, valves, bearings,
filters, shock absorber parts, etc.
- Timer-controlled ultrasonic
- Movable basket
- Reduce liability
- Automatic cleaning
- Environmentally friendly
- Built-in thermostatically controlled heat
- Stainless steel lid
- With drainage, easy to pull water/liquid
- Adjustable time and heater.
- LS-15D ultrasonic cleaner
- SUS basket
- SUS lid
- power cord
- English instruction manual
|Tank size||330x300x150mm (13"x11.8"x5.9")|
60x 400 x 370mm (18.1"x15.7"x14.6")
|Temperature||normal ~ 80 degree|
|Power supply||AC 100-120V, 50/60Hz; AC 220-240V, 50/60Hz|
|Warranty time||12 months|
|Shipping method for sample||DHL , FedEx , UPS , TNT , EMS , ARAMEX|
Remark : Any capacity is available from us. Tank size can be design
based on your requirement.
For carburetor and exhaust manifold ultrasonic cleaning, a larger
industrial-sized unit can be used to deliver deep cleaning action
that is needed within the network of passages. Larger units have
the capacity for ultrasonic cleaning of crankshaft and cylinder
block, as well as the means to clean many different parts at once.
12months warranty, lifetime maintance.
if any technical problem, replacement parts will be send immediate.
Shall I need to operate my ultrasonic cleaner with heater?
Temperature plays a crucial role in the cleaning process. The
number of cavitation bubbles increases proportionally to
temperature increase. This happens up to about 60°C beyond which
cavitation begins to decline and stops completely when the liquid’s
boiling point is reached. However as the temperature and vapor
pressure increase the cavitation energy decreases. Thus, each
cleaning chemistry provides maximum cleaning efficacy at an optimum