Machinery industry: Removing rust and grease for Machinery Parts, Engine, carburetor and automobile parts cleaning, Filter. Clear filter, especially in the railway industry, for degreasing decontamination conditioned train cars, each member of the front of the train rust, oil, and rust, very suitable
Surface treatment industry: Degreasing derusting before plating, cleaning before Ion plating, Metal workpiece surface activation treatment, phosphating, remove carbon deposition, oxidation and polishing paste
Instrument industry: precision parts cleaning
Electronic industry: remove Rosin and welding spot for p.c.b. boards, machinery parts cleaning
Medical industry: medical apparatus and instruments cleaning and disinfecting
Semiconductor industry: Semiconductor chips etc.
Jewellery & Watch industry: Remove oil sludge, dust, oxidation layer, polishing paste. Etc.
Chemical biology industry: labwares’ cleaning and descaling
Optics industry: Optical vessels oil, sweat and dust removal
Textile printing and dyeing industry: textile spindle, spinneret plate cleaning.
Petroleum chemical industry: Metal screen cleaning, chemical containers and switchs' cleaning
BENEFITS
MORE EFFECTIVE industrial Pump Ultrasonic Cleaner Machine cleaning CLEANING
Ultrasonics clean more effectively and thoroughly than manual scrubbing, which can be ineffective on heavily soiled tooling and can cause damage to delicate surfaces. Using ultrasonic waves to clean will remove material even tightly adhered to surfaces.
REDUCED industrial Pump Ultrasonic Cleaner Machine cleaning COST
Not only does ultrasonic cleaning save labor cost, it also completes the cleaning cycle in less time. A typical cleaning cycle for moderately soiled tools can last 10 minutes or less and requires little supervision, which frees up staff to spend time completing other tasks.
Features of the machine:
•Low maintainence machine
•Heavy duty cleaning systems
•Chemical friendly- SS Rust proof body
•Industrial guage farication, build to last
•One year warrenty on any manufacturing defect
•Completely customized to suit the cleaning requirement
•Less human interfearance and less scope of error
•Accurate and uniform cleaning everytime
How ultrasonic systems work
When ultrasonic energy is introduced into a cleaning solution, it creates a pattern of alternating high and low pressure. The extreme low-pressure phase creates microscopic vacuum bubbles. During the subsequent high-pressure phases, the bubbles implode violently. This process is known as cavitation.
Cavitation provides an intense scrubbing action that leads to quick and consistent cleaning. It takes the standard practice of manual immersion and agitation to a much higher level. The bubbles are small enough to penetrate even microscopic crevices, allowing for cleaning in the most out-of-reach corners.
