How To Select The Suitable Ultrasonic Cleaning Equipment?

Selection of manual semi-automatic ultrasonic cleaning machines and fully automatic ultrasonic cleaning machines Manual cleaning is generally suitable for simple processes and small cleaning operations. Semiautomatic cleaning is suitable for cleaning large heavy objects or medium to large batches, which can reduce labor and improve cleaning efficiency. Fully automatic cleaning is suitable for large-scale cleaning, with stable cleaning quality and good results, but high equipment cost. Another aspect is that users need to comprehensively consider various factors such as their own budget.

Selection of cleaning tank capacity for ultrasonic cleaning machines: The size of the cleaning tank is determined based on the workpiece cleaning volume, structure, and cleaning time, which means that so many cleaning jobs need to be completed within a certain cleaning time. The cleaning time is used to determine the size of the cleaning tank by determining the number of products to be cleaned at one time and the location of the products in the tank.

Selection of power and frequency for ultrasonic cleaning machines: The strength of power is a direct determinant of the cleaning effect and cleaning time of the workpiece. The power intensity depends on the structure of the workpiece and the way the workpiece is placed in the groove to choose the radiation distribution of the ultrasonic wave. To calculate the magnitude of the ultrasonic power required for the emitting surface. The calculation of ultrasonic power of Gamson is based on internationally accepted standard methods. Generally speaking, the cleaning frequencies of ultrasonic cleaning machines are 28 KHZ and 40 KHZ, which are relatively common. Only those requiring extremely small particles on the surface of the workpiece and where surface damage is not allowed can choose a higher frequency.