Ultrasonic High-Frequency Vibration 20Khz Rubber Low-Temperature Cutting
Description:
Ultrasonic High-Frequency Vibration 20Khz Rubber Low-Temperature Cutting is a special tool that uses the principle of ultrasonic vibration to cut elastic materials such as rubber. Ultrasonic High-Frequency Vibration 20Khz Rubber Low-Temperature Cutting use high-frequency ultrasonic vibration to produce high-frequency cutting on rubber surfaces, achieving fast, smooth, and burr free cutting effects. Ultrasonic cutting belongs to low-temperature cutting and does not generate significant frictional heat, which can avoid deformation or burning of rubber materials during the cutting process. Ultrasonic vibration makes the cutting surface smooth and flat, enabling high-precision size control. Ultrasonic High-Frequency Vibration 20Khz Rubber Low-Temperature Cutting can be used to cut rubber products of various hardness and thickness, such as tires, seals, gaskets, etc.
Parameters:
| Model | FSC-CR20-60 |
| Name | 20Khz Ultrasonic Rubber Cutter |
| Frequency | 20Khz |
| Power | 2000w |
| Input Voltage | 220V±10%,50/60Hz |
| Cutter Materials | Alloy Steel or Titanium Alloy |
| Width of Blade | 60mm(can be customized) |
| Application | Rubber, Plastic Cutter |
Aspects:
1. Material hardness
Generally speaking, materials with higher hardness require higher vibration frequencies to achieve effective cutting. For example, when cutting metal materials, high-frequency vibrations of 20-40kHz are required.
2. Material thickness
Thicker materials require lower vibration frequencies to ensure that the vibration energy is sufficient to penetrate the entire thickness. When cutting thick plastic sheets, a frequency of around 20kHz is usually used.
3. Material properties
The optimal vibration frequency varies depending on the molecular structure and internal binding force of different materials. When cutting soft rubber, a lower frequency of 15-20kHz can be used, while cutting hard carbon fiber requires a high-frequency vibration of 35-40kHz.
4. Cutting quality
For the same material, different vibration frequencies can also affect the flatness and degree of burrs on the cutting surface. By adjusting the frequency, the cutting effect can be optimized.
Ultrasonic High-Frequency Vibration 20Khz Rubber Low-Temperature Cutting
