Radio frequency cutting machine maker.Ultrasonic embossing machine

　　The broadband technology of the ultrasonic embossing machine uses high-quality materials and components. Make the generator and transducer work for a long time, unaffected by temperature and environmental changes, with strong adaptability, large-scale automatic tracking, and high efficiency. It is generally required to use components and materials with a wide range of variations, such as the PN junction of power transistors, which require large and thick structures, to work better under harsh conditions.

　　2. The amplitude parameter of the ultrasonic embossing machine is a key parameter for the material that needs to be welded, equivalent to the temperature of ferrochrome. If the temperature is not reached, it will not be able to fuse, and if the temperature is too high, it will cause the raw material to burn or cause structural damage, resulting in a decrease in strength. Because each company chooses a different transducer, the amplitude of the transducer output varies. After adapting to different ratios of amplitude rods and welding heads, the working amplitude of the welding head can be corrected to meet the requirements. Typically, the output amplitude of the transducer is 10-20 μ m. And the working amplitude is generally 30 μ The ratio of the amplitude lever and the welding head is related to factors such as the shape of the amplitude lever and the welding head, as well as the ratio of the front and rear areas. In terms of shape, such as exponential amplitude, functional amplitude, and stepped amplitude, they have a significant impact on the ratio, and the ratio of the front and rear areas is directly proportional to the total ratio. Your company has chosen welding machines from different brands. The simple method is to make them according to the proportional size of the working welding heads, which can ensure the stability of amplitude parameters.

　　3. The frequency parameters of the ultrasonic embossing machine require that the ultrasonic transducer has a central frequency, such as 20KHz, 40KHz, etc. The working frequency of the welding machine is mainly determined by the mechanical resonance frequency of the transducer, amplitude converter, and welding head. The frequency of the generator is adjusted according to the mechanical resonance frequency to achieve consistency, so that the welding head works in a resonant state, and each part is designed as a half wavelength resonant body. Both the generator and the mechanical resonance frequency have a resonance operating range, such as a general setting of ± 0.5 KHz, within which the welding machine can basically work normally. When we make each welding head, we adjust the resonance frequency to ensure that the error between the resonance frequency and the design frequency is less than 0.1 KHZ. For example, for a 20KHz welding head, the frequency of our welding head will be controlled between 19.90-20.10 KHz.

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