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540L 40KHz Large Industrial Ultrasonic Cleaner For Eyebrow Tweezers In Beauty Salon

Product Details

Place of Origin: China

Brand Name: FUYANG

Certification: ce, RoHS

Model Number: F-360

Payment & Shipping Terms

Minimum Order Quantity: 1 pcs

Price: Negotiation

Packaging Details: 1unit/carton box

Payment Terms: T/T

Supply Ability: 100PCS /DAY

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Specifications
Highlight:

540L Large Industrial Ultrasonic Cleaner

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Industrial Ultrasonic Cleaner For Eyebrow

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Industrial Ultrasonic Cleaner For Tweezers

Machine Type:
Industrial Ultrasonic Cleaner
Core Components:
Motor, Industrial Sensor
Cleaning Process:
Cold Water Cleaning
Material:
Stainless Steel SUS304
Tank Size:
600*500*450mm
Frequency:
40KHz
Weight (KG):
50 Kg
Ultrasonic Cpower:
1800W
Applicable Industries:
Machinery Repair Shops, Home Use, Retail
Warranty:
1 Year
Machine Type:
Industrial Ultrasonic Cleaner
Core Components:
Motor, Industrial Sensor
Cleaning Process:
Cold Water Cleaning
Material:
Stainless Steel SUS304
Tank Size:
600*500*450mm
Frequency:
40KHz
Weight (KG):
50 Kg
Ultrasonic Cpower:
1800W
Applicable Industries:
Machinery Repair Shops, Home Use, Retail
Warranty:
1 Year
Description
540L 40KHz Large Industrial Ultrasonic Cleaner For Eyebrow Tweezers In Beauty Salon

Stainless Steel 135L 40KHz Ultrasonic Cleaner For Eyebrow Tweezers In Beauty Salon

Specifications:

Model name F-360
Internal tank size 600*500*450mm
Application Clean Spray Flannel Mold
Function Removing dirts, oil, rust, grease
Feature No damage to precision mold
Tank capacity 135L
Ultrasonic power 1800W
Heating power 4500W
Time control 0~99 minutes
Temperature control 20~95℃
Water inlet / outlet Yes
Voltage 220V / 110V

Same models with different capacity

Model capacity tank size(mm) Ultrasonic power
F-120ST 38L 500*300*250 600W
F-120 45L 500*300*300 700W
F-180 53L 500X350X300 900W
F-240 77L 550X400X350 1200W
F-300 99L 550X450X400 1500W
F-301 96L 800X300X400 1500W
F-360 135L 600X500X450 1800W
F-480 175L 700X500X500 2400W
F-600 264L 800X600X550 3000W
F-720 360L 1000*600*600 3600W
F-900 560L 1000*800*700 4500W
F-1108 540L 1000*900*600 5400W
F-1144 960L 1200*1000*800 7200W
F-1216 1500L 1500*1000*1000 10800W
F-1288 1800L 1800*1000*1000 14400W
F-1360 2400L 2000*1200*1000 18000W

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Mold ultrasonic cleaning
The process of cleaning injection mold components via ultrasonic bath offers significant advantages over traditional manual scrubbing. The use of abrasive techniques, of any kind, is detrimental to the tool surface, especially those that are highly finished. The ultrasonic method does not invade the surface of the steel the way conventional friction-based methods do. Ultrasonic cleaning uses a system called cavitation—the rapid forming and collapsing of millions of very small bubbles in a bath of water and suitable biodegradable cleaner. Although tiny, these little bubbles are tenacious fighters and will work their way into and around all mold-component surfaces—crevices, grooves, channels, blind holes … The ultrasonic process has proven itself to be extremely effective in removing the residues and contaminants from mold releases, burnt resin, and vent outgas without harming the surface of the steel. The ultrasonic cleaning cycle takes 20 minutes for most applications, with additional time or cycles required for molds running high-temperature/gassy resins. Certain performance-enhancing additives (flame retardants or talc filler, for example) can also be detrimental to good mold-steel health without regular cleaning.

How much ultrasonic power does your cleaning tank require?
The right amount of ultrasonic energy (usually expressed in watts/gallon) depends on the size of the cleaning bath and the difficulty of the cleaning requirement. Tanks in the one- to two-gallon range often provide up to 90 watts per gallon of ultrasonic power, plenty for most jobs, even cleaning out the ultra-fine passages of fuel injector nozzles.
"Achieving the same cleaning effect in larger tanks requires less energy density," Pedeflous noted. "Excellent cleaning has been demonstrated in tanks having 50 gallons capacity with only 25-30 watts per gallon. The more difficult the application, the greater energy density is required for effective cleaning."
On the other hand, too much ultrasonic power may result in cavitation erosion occurring on delicate or highly polished parts that are near the transducer-radiating surface. Cavitation is the formation and collapse of low-pressure bubbles that can pit the surface of metals. Aluminum, copper, brass and other soft metals are especially susceptible to cavitation erosion.

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