Advantages of Ultrasonic Cleaners
The significant advantages of ultrasonic cleaning technology include excellent cleaning results, especially for numerous small, hard-to-clean parts and narrow crevices and screens in complex components. It is also highly efficient, saving up to 90% of the time compared to ordinary cleaning methods. Furthermore, this technology is environmentally friendly, reducing the consumption of chemical reagents and wastewater. Moreover, the instrument is easy to operate and requires no professional maintenance; users can easily learn how to use it.
Precautions for Using Ultrasonic Cleaners
Preparation and Operating Instructions When using an ultrasonic cleaner, ensure the liquid level reaches at least 2/3 of the mark to guarantee its proper functioning. When using an ultrasonic cleaner, ensure the liquid reaches the mark and the container does not touch the bottom. Always follow these safety guidelines:
Ensure the container or part to be cleaned does not directly contact the bottom of the cleaner.
Never use flammable, acidic, or chlorine-containing cleaning agents, or household cleaning agents.
Cleaning Agents and Maintenance
Do not immerse the instrument in liquid for cleaning. Instead, gently wipe its inner and outer surfaces with a damp towel. Avoid using acidic or chlorine-containing cleaning agents, and avoid using tools such as wool or scrapers that may damage the instrument when cleaning the inner walls. Metal particles and dirt may damage the protective layer of the stainless steel surface; therefore, promptly remove these particles with a dry towel and clean with a stainless steel-specific cleaner (without abrasive components).
