Ultrasonic Cleaner 3L, Digital Stainless Steel Ultrasonic Cleaning Machine with Heating Sstting and Adjustable Timer 0-30 Minutes for Jewellery, Metal Parts and Dental Labs

Descriptions:The ultrasonic cleaner is a microprocessor-controlled device that uses ultrasonic or high frequency sound waves to clean jewelry and other delicate items. Ultrasonic cleaning is based on the cavitation effect caused by high frequency ultrasonic wave vibration signals in fluid. Microscopic bubbles that expand and rapidly collapse cause cavitation, which creates an effective cleaning action on the surface of object being cleaned. Additionally, the bubbles are small enougugh to penetrate even microscopic crevices, cleaning them thoroughly and consistently.Specification: Capacity: 3L Ultrasonic Power: 120 Watts Heating Power: 100 Watts Transducer Quantity: 2 Timer: 1-30 min Drainage Tap: No Tank Dimensions: 245× 135× 100mm Over Dimensions: 265× 162× 210mmPackage List: 1× 3L Ultrasonic Cleaner 1× Cleangin Basket 1× UK Plug 1× Instruction Note: During cleaning, the "ZiZi" noise is normal.

• FEATURES: Tank Capacity: 3L; Transducer Quantity: 2 set; Frequency: 40kHz
• PREMIUM MATERIAL: Made of 304 stainless tank. No welding process has better anti-corrosion and heat resistance; the shell is used with stainless delicate etched craft. Easy to clean the dust and fingerprints. Quality Guaranteed, CE / FCC / ROHS.
• APPLICATION: Electronic products, mechanical hardware fitting,eyeglasses, jewelry, clock and watch, money, fruit and so on. Jewellery, Shaver Heads, Toothbrushes , Waterproof Watches ,Glasses Motor Parts,Ink Cartridges, Machine Nozzles, Chiropody Instruments, Dental and laboratory parts. Coins, Pen Heads, Printer Heads, Printed Circuit Boards Veterinary Instruments.
• HIGH EFFICIENCY: Based on the cavitation effect caused by high frequency ultrasonic wave vibration signals in fluid. Microscopic bubbles that expand and rapidly collapse cause cavitation, which creates an effective cleaning action on the surface of object being cleaned.
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