Industrial 288L GT SONIC Ultrasonic Cleaner 3000W Ultrasonic Auto Parts Cleaner

GT SONIC Ultrasonic Cleaner 288L Industrial Diesel Particulate Filter Cleaner Auto Parts Cleaning 3000W

GT SONIC ST-series ultrasonic cleaners with heater, power switch function and sweep function. 28KHz for gross rinse or 40KHz for intensive rinse. Sweep function for optimum sound field distribution and cleaning performance in the entire ultrasonic bath.

General Description:

GT SONIC manufactures standard industrial ultrasonic cleaning systems from 53 liters to 288 liters. All stainless steel construction and high tech design make the machines with best cleaning effect. We also design and manufacture custom systems for unique applications and can provide components to convert or upgrade an existing tank. Whether you need a system to clean bearings, window blinds, optical precision components or aircraft components, we have an R & D team that can provides you with the results.

Features:
1. Various volume can be choosed for this series, like 53L, 77L, 105L and etc
2. Advanced generator, sweep frequency, high performance
3. Two frequencies(28kHz or 40kHz) can be choosed according to what item you need to wash
4. Drain tap and cooling fan are available 
5. Ultrasonic power: 0-100% adjustable
6. Time setting: 0-60mins or untimed
7. Heating: 30-100℃
8. With free lid and SUS304 basket
9. Customized service is welcomed
 
Specifications:

Product details:

 
Applications of Ultrasonic Cleaner:

Dental and Surgical Instruments
Laboratory Glassware
Printed Circuit Boards
Plastic Injection Mold Cleaning
Engine Parts Cleaning
......

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.