The two most widely used cleaning machines in the cleaning industry are high-pressure cleaning machines and ultrasonic cleaning machines. What are the differences between them, and how should users choose between them?
Difference in working principles:
The working principle of an ultrasonic cleaning machine involves converting electrical energy into mechanical energy through a transducer to generate high-frequency vibrations. These vibrations create cavitation effects in the solution, facilitating the cleaning process. Ultrasonic cleaning machines require the object to be submerged in the cleaning solution during cleaning.
On the other hand, a high-pressure cleaning machine generates high-pressure water flow under the action of a high-pressure pump, which is then sprayed onto the object being cleaned. Many high-pressure cleaning machines utilize a system of valves and pumps to control the high-pressure water flow, making the operation more efficient.
Different application fields:
Due to the differences in basic principles, they also have different application fields. Ultrasonic cleaning machines require the object to be placed inside the cleaning machine, limiting the size of the objects being cleaned. Generally, they are used for cleaning smaller objects or certain components in mechanical equipment. However, when cleaning small and delicate objects, ultrasonic cleaning machines may not always achieve thorough cleaning.
High-pressure cleaning machines have a wider range of application fields. For example, they are suitable for traditional high-pressure spraying cleaning equipment used to clean factory floors, street surfaces, building exteriors, glass facades, etc. However, due to the basic principle of high-pressure spraying, the object being cleaned must be in a fixed position during cleaning.
