Digital Ultrasonic Cleaner

Product Description:

Digital ultrasonic cleaner is used for cleaning laboratory glassware, beakers, and test tubes, meeting the cleaning needs of most laboratory instruments. Compared to traditional manual cleaning, ultrasonic cleaner offers the distinct advantage of batch cleaning, making it more convenient, time-saving, and labor-saving. It is also particularly effective in removing stains from the insides of beakers, flasks, and test tubes. The inner tank of the ultrasonic cleaner is made of high-quality SUS304 stainless steel, which is rust-resistant and corrosion-resistant. The entire unit is stamped and formed in a single operation, without welding, ensuring excellent waterproofing. We offer digital ultrasonic cleaners in sizes ranging from 3.2L to 30L to accommodate laboratory instruments of varying sizes.

Specification of Digital Ultrasonic Cleaner

Product Features:

1. Automatic frequency sweep function significantly reduces error in object analysis data, improving cleaning efficiency and achieving a more thorough cleaning effect.
2. Ultrasonic operating time (1-99 minutes/constantly on) is freely adjustable, suitable for extended use.
3. Imported ultrasonic transducers and ceramic discs deliver high ultrasonic power conversion efficiency, powerful power, and excellent cleaning and dispersion effects. The ultrasonic transducer has an output power of 60W.
4. Vacuums 11L and above are equipped with a user-friendly, invisible drain device for quick and convenient automatic drainage.

FAQ:

What are some effective methods for quickly selecting a suitable digital ultrasonic cleaner?

1. Tank Size:
The dimensions of the ultrasonic cleaning tank depend on whether it can accommodate all the beakers and test tubes that require cleaning. Therefore, before purchasing, be sure to measure the size of the largest beakers and test tubes, and ensure the selected model provides sufficient space for easy loading without the need for complex calculations. This helps avoid purchasing a unit that is too small. Additionally, consider the cleaning volume. If the cleaning workload is high, a single tank may prove insufficient, and using multiple tanks simultaneously should be considered. One of the key advantages of ultrasonic cleaners is their efficiency in batch cleaning.

2. Ultrasonic Frequency:
Ultrasonic cleaning frequencies range between 28kHz and 120kHz. When using water or cleaning agents, the physical cleaning force generated by cavitation is more pronounced at lower frequencies, typically between 28–40kHz. For components with small gaps, narrow crevices, or deep holes, higher frequencies (generally above 40kHz, sometimes even several hundred kHz) are more effective. For cleaning hardware components, a frequency of 40kHz is recommended. If broadband frequency modulation cleaning is available, the actual cleaning results can be further improved.

3. Functional Requirements:
The choice depends on functional needs, including digital control type, mechanical type, and adjustable power type. For laboratory use, the digital control type is recommended due to its precise operation and ability to record previous timing settings. If there are varying power requirements for different cleaning tasks, an adjustable power model would be more suitable.

4. Ultrasonic Power:
When selecting an ultrasonic cleaner, the operational frequency of the equipment should be the primary consideration. For instance, if water or aqueous cleaning agents are predominantly used, lower frequency ultrasonic cleaners can deliver excellent results due to the physical cleaning force generated by cavitation. However, for cleaning components with narrow gaps or deep holes, a higher frequency ultrasonic cleaner is more appropriate.

For more details of Digital Ultrasonic Cleaner, please feel free to contact us!