Time:2023-12-20 Views:1 source:HF embossing machine
With the continuous improvement of people's pursuit of quality of life, the quality requirements for textiles are also increasing, which puts forward higher requirements for the development of textile industry technology. The innovation of ultrasonic embossing technology meets people's needs for textile aesthetics, practicality, and other aspects. The application of ultrasonic embossing machines in textile processing is gradually increasing, becoming one of the popular technologies in the textile industry. So, what is the principle of ultrasonic embossing machine? Let's take a closer look below.
1、 The concept of ultrasonic embossing machine
Ultrasonic embossing machine uses ultrasonic vibration to act on the surface of materials, causing slight deformation and forming certain patterns under the action of embossing flip. This technology uses high-frequency vibration of ultrasound, which can quickly generate deformation and achieve various functions such as texture and pattern compression, making textiles more valuable.
2、 The principle of ultrasonic embossing machine
Ultrasonic embossing machine technology is based on the principle of ultrasonic vibration and is a modern industrial technology that converts mechanical vibration into ultrasonic vibration. Its main principles can be divided into the following aspects:
1. The principle of ultrasound generation:
Ultrasound is a type of longitudinal wave fluctuation, with a frequency much higher than that of human auditory hearing. In an ultrasonic embossing machine, mechanical vibration is converted into ultrasonic vibration through an ultrasonic generator. The mechanical vibration generated by the blue crystals in the generator causes nearby metal plates to vibrate, resulting in ultrasonic waves.
2. The propagation principle of ultrasound:
When ultrasound propagates continuously in a medium, energy is constantly consumed, and when it encounters resistance, it is also absorbed and disappears. In the ultrasonic embossing machine, ultrasonic waves transmit high-frequency vibrations to the flower wheel through a vibrator. The latter, through the overall structure composed of the wheel shaft and planetary gears, transmits high-frequency vibrations to the flipped cover under pressure, forming pressure and causing deformation on the surface of the textile.
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