High Efficiency Digital Ultrasonic Cleaner 400W User Friendly LED Display
Best seller digital showing timer temperature ultrasonic cleaner high efficiency cleaning machine
Why Use Ultrasonic Cleaner?
• Delicate cleaning: Many fragile objects can be easily cleaned with this method as it cleans in a gentle way without breaking anything.
• Extensive cleaning: With the appropriate cleaning solvent, the elimination of dirt and particles down to the tiniest size is done in ultrasonic cleaning with the appropriate cleaning solvent.
• Saves time: Cleaning takes time ranging from 2 minutes up to 25 minutes. The cleaner is very easy to use so you can easily do multitask and save your time.
• Removes a broad variety of pollutants: These pollutants include oil, fingerprint oils, dust, rust, pigment, dirt, burnt carbon, and flux.
• Scrubs areas that are difficult: Gasoline injectors, intricate parts, and carburetors, etc. can be easily cleaned as a device is capable is reaching the tiniest of spots.
• Requires little servicing: There is no need for regular maintenance of the device.
GT-SONIC-D series features:
1. Normal and soft power control to resolve the cleaning blind spot
2. Degas function to improve the cleaning effiiency
3. User-friendly LED display
4. Temperature and time are adjustable
5. Heating function to improve cleaning effect
6. Wide application, widely used in dental, Lab, medical, electronics and etc
Specifications:
|
Name |
GT SONIC-D20 | Ultrasonic power | 400W |
|
Net weight |
14kg | Frequency | 40kHz |
|
Tank size |
500*300*150mm | Heating power | 500W |
|
Overall size |
550*330*310mm | Heating temperature | 0-80℃ |
|
Power supply |
AC 100~120V 60Hz; AC 200-240V 50Hz | Timer | 1-99 |
The Frequency of Ultrasonic Cleaning:
Ultrasonics is all about the frequency of sound. The ultrasonic frequency is measured in thousands of cycles per second. Generally, ultrasonic sounds range from 20kHz to 100 kHz. Most ultrasonic cleaning occurs around 40 to 60 kHz.
The level of frequency determines the kind of cleaning that is created. At high frequency, small bubbles are produced, which offers a gentler and more detailed cleaning action. If you are looking to clean extensive dirt and contaminants, you should use lower frequencies. The lower the frequency, the bigger the bubbles, allowing the user to perform more intense and aggressive cleaning actions.
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