high frequency embossing machine supplier.What is the effect of ultrasonic embossing machine

　　Manufacturers of ultrasonic embossing machines mainly have mechanical effects (such as the particle size, vibration displacement, velocity, acceleration, acoustic pressure, and other mechanical quantities of the acoustic medium), thermal effects (some energy during acoustic propagation is absorbed into thermal energy by the medium), and cavity effects. What is the effect of ultrasonic embossing machines? For most chemical changes, the reaction speed increases with the increase of sound intensity. However, the temperature of the medium has a significant impact on the ultrasonic intensity.

　　In the past, complex mechanical components required long periods of manual cleaning in dirty environments. The application of ultrasonic cleaners not only improves the working environment and eliminates the harm of manual cleaning to the workpiece, but also greatly improves the cleaning accuracy and shortens the cleaning time to a quarter of the original.

　　Of course, not all liquid gas cores can generate cavity effects. The cavity effect can only occur when the external ultrasonic frequency is the same as the resonance frequency of the gas core. It is also affected by other factors such as sound wave intensity, temperature of the liquid medium, and vapor pressure of the medium.

　　The ultrasonic frequency that induces cavity effect is moderate, ranging from 20kHz to 80kHz

　　Excessive frequency is not easy to generate cavity effects, and even if it is generated, it requires a large amount of energy. Most of the energy will be converted into thermal energy, causing a significant increase in the temperature of the medium. The application of low-intensity ultrasound will not cause all changes in the state of the medium. Only the application of high-intensity ultrasound can have a strong impact on the medium, causing cavity effects.

　　In specific applications, ultrasonic embossing machines mainly have mechanical effects (such as particle vibration displacement, velocity, acceleration, sound pressure and other mechanical quantities of the sound transmitting medium), thermal effects (part of the energy of sound waves is absorbed by the medium into thermal energy during propagation), and cavity effects. In the past, complex mechanical parts that required manual cleaning for a long time through heavy physical labor in dirty environments have been improved by the application of ultrasonic cleaning machines. This not only improves the working environment, eliminates the harm of manual cleaning to the workpiece, reduces labor intensity, but also significantly improves cleaning accuracy, reducing cleaning time by a quarter of the original.

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