SPECS
Dimensions:
11" W x 7" H
x 8 3/4" D
Weight: 6lbs
5 Preset Cleaning Modes
Built-In Heater
Liquid Capacity:
5.5 Pint (2,600)
Inner Tank Dimensions:
9.25" W x
4.5" H x
3" Depth
Tank Material:
Stainless Steel
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AC 110 - 50Hz
Portable, travels easily to different workspaces |
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THE DIGITAL ULTRASONIC CLEANER 4820
Featuring a high power transducer for superior cleaning results, the newest addition to the Blazer line of Ultrasonics also features a built-in heater!
At 11" width x 7" height x 8.75" depth, the Ultrasonic 4820 is the largest cleaner we offered with a total tank capacity to match; 5.5 pints (2,600ml) for professional cleaning. The Ultrasonic frequency, measuring a powerful 42,000 Hz, combined with the built-in heater offers the most efficient removal of dirt and debris available. The state-of-the-art isolated-circuit design helps keeps water away for extra safety.
The sleek and attractive outer shell houses a stainless steel tank which provides a modern appearance while also ensuring easy cleanup and quick storage. |
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PRESET DIGITAL TIMER
Featuring 5 preset cleaning cycles for quick 1 touch operation and precise cleaning time control. Just push the button to select your cleaning cycle and walk away. The large timer display lets you check the progress at a glance, even in low light environments.
A great item for professional cleaning: Scientific and medical labs, Dental clinics and Electronic workshops. Also great for small mechanic parts, electronic components and much, much more. |
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WHAT IS ULTRASONIC CLEANING? |
Ultrasonic Cleaning occurs when ultrahigh frequency sound waves (Hz) are passed through a liquid creating cavitation, microscopic bubbles collapsing into themselves. This creates a high energy vacuum effect which safely pulls debris, foreign particles and other contaminants from the surfaces being cleaned. With ultrasonic cleaning, both the exterior and the interior surfaces, including crevices, are thoroughly cleaned. Ultrasonic cleaning has been proven to be sixteen times more effective than manual methods. |
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