Automotive and Aviation Applications for Ultrasonic Cleaners

The automotive and aviation repair and rebuilding industries involve removing numerous different types of dirt and contaminants from parts of different sizes and shapes that are composed of other materials and use of ultrasonic cleaners; this process usually requires a chemical sink washer, which is time-consuming and expensive, and which involves toxic chemical solutions. You can buy ultrasonic cleaner for sale if you want to go on a budget buying.

The process:

During cavitation, electric energy is converted to mechanical vibration by one of two types of ultrasonic cleaning transducers, and vibration causes vapor cavities, otherwise known as "voids" or "bubbles," to form the cleaning liquid and rapidly implode.

Newly manufactured automotive and aviation engines and components must meet certain cleanliness specifications before being released for further assembly. Built-up grease or other contaminants must be removed from components being serviced or repaired. Ultrasonic carburetor cleaners are explicitly designed to address the problem of gummed-up carburetors while cleaning smaller parts usually requires a smaller benchtop ultrasonic cleaner.

Tips for buying ultrasonic cleaners online:

Several aspects of the application should be considered when selecting an ultrasonic cleaner for aviation or automotive applications, besides the dimensions of the parts to be cleaned and the inside of the parts basket to be used, the working depth of the cleaning fluid.

Grease and oil removal usually requires heat, and most cleaners operate at a frequency between 35 kHz and 45 kHz. A higher frequency is needed for complex surfaces composed of more delicate materials as it’s essential to work with an expert manufacturer to determine the optimal frequency and other specifications to ensure efficiency and safety. Additionally, consider what contaminants will be removed to determine whether a heater will be used in the cleaning process.