35KHz Portable ultrasonic fabric cutter ultrasonic cutting machine
Product Parameters
| Frequency |
35Khz |
| Frequency adjustment |
Auto-tracking type |
| Max. power output |
600W |
| Power output |
Infinitive adjustment |
| Power supply |
AC200V 50/60Hz |
| Outer dimension (mm) |
120*120*380 |
| Weight |
10kg |
| Horn width |
3mm |
Product Description
Ultrasonic fabric cutting is a precise and efficient method used to cut and seal fabrics simultaneously using high-frequency ultrasonic vibrations. This technique is widely adopted in industries requiring clean, sealed edges without fraying or distortion, particularly for synthetic and thermoplastic materials.
The principle of ultrasonic fabric cutting knife is to convert ordinary power into high-frequency voltage alternating current through ultrasonic generator, then convert this part of high-frequency electricity into mechanical vibration of the same frequency through transducer, and finally transmit the vibration to the cutting knife through amplitude modulator device. The cutting knife works by vibrating tens of thousands of times per second, using the energy of ultrasonic wave to heat and melt the local part of the material to be cut, so as to achieve cutting.
Applications
Application scenarios and advantages of ultrasonic cutting knife
Textile Processing: In textile processing, ultrasonic cutting technology can accurately process various textile materials, such as clothing fabrics, non-woven fabrics and composite materials. It can cut at low temperatures, avoiding fiber melting or material deformation caused by high temperatures, and maintaining the integrity of the material.
Smooth edges: Ultrasonic cutting can avoid fiber breakage or delamination, making the cutting edges smooth and neat, and can enter subsequent processing without additional processing.
Integrated processing capability: During the cutting process, the ultrasonic cutting knife can also complete the welding and edge sealing operations of non-woven fabrics and composite materials, significantly improving processing efficiency
Detailed Photos
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