1. Differences in principle
The principle of an ultrasonic cleaning machine is to convert electrical energy into mechanical kinetic energy through a transducer, generate high-frequency vibration, and thus generate cavitation effect in the liquid to achieve the purpose of cleaning. The ultrasonic cleaning machine needs to immerse the cleaned object in the cleaning solution during cleaning.

The high-pressure cleaning machine generates high-pressure water flow under the action of a high-pressure pump, and then sprays it onto the cleaned object. Most high-pressure cleaning machines use a system composed of valves and pump heads to control high-pressure water flow, making high-pressure cleaning operations more convenient.

2. Different scope of application
Due to differences in principle, their scope of use also varies. When cleaning an ultrasonic cleaning machine, it is necessary to put the cleaned object into the cleaning machine, which limits the size of the cleaned object. Usually used to clean smaller items or certain components in mechanical equipment. However, ultrasonic cleaning can clean smaller and more precise items.

The high-pressure cleaning machine can be driven by an electric motor or a fuel engine, and in addition, the pump machine is generally equipped with wheels for easy movement, making it more widely applicable. For example, it is suitable for cleaning factory floors, street floors, building exterior walls, glass exterior walls, and other aspects. However, due to its high-pressure spraying principle, the cleaned object is required to be in a fixed state during cleaning and must be able to withstand water pressure. Due to the direct current nature of high-pressure injection, it is difficult to clean corners and corners.

summary:

High pressure cleaning machines are suitable for cleaning large objects, with high cleaning costs and average cleaning effects (unable to clean in areas that cannot be directly exposed to sunlight). Ultrasonic cleaning machines are suitable for cleaning smaller objects, even for precision cleaning. More comprehensive cleaning, better cleaning effect, and lower cleaning cost. Overall, the application scope of the two cleaning machines is greatly different and does not affect each other.