Views: 0 Author: Site Editor Publish Time: 2025-06-03 Origin: Site
Ultrasonic fabric cutting equipment is an advanced device that uses high-frequency mechanical vibration (usually 20kHz-40kHz) to efficiently and accurately cut textiles. Unlike traditional mechanical cutting or thermal cutting, ultrasonic cutting uses the friction heat generated by high-frequency vibration to fuse the fibers, thereby achieving a clean, burr-free cutting effect. It is particularly suitable for the processing of curtain fabrics, clothing fabrics, non-woven fabrics, composite materials and other materials.
Cutting process:
The fabric is placed on the cutting platform and the blade is pressed down with high-frequency vibration (20,000-40,000 times per second).
The vibration friction generates instant high temperature (100-300℃), which fuses the fibers and makes the cut smooth without burrs.
Applicable to various fiber materials, including polyester, nylon, cotton blends, non-woven fabrics, etc.
Specific application scenarios:
Curtain fabric cutting: Precisely cut curtain fabrics of various materials
Lace processing: Make complex decorative lace and outlines
Punching: Precisely punch holes for hooks or decorations
Special material processing: Process composite curtain fabrics containing metal wires, coatings, etc.
Advantages in the curtain fabric industry:
Precise cutting: high-frequency vibration can achieve cutting accuracy to the millimeter level
No burr treatment: cutting and fusing the edges at the same time to avoid loosening of fabric fibers
Multi-layer synchronous cutting: multiple layers of curtain fabric can be cut at one time
Pollution-free process: no need to use chemical adhesives or high-temperature treatment
Efficient production: cutting speed can reach 3-5 times that of traditional methods
Energy saving and environmental protection: energy consumption is only 30-50% of traditional thermal cutting
Industry applications
Curtain manufacturing: precision cutting, lace forming, punching
Clothing industry: cutting without burrs, reducing the edge locking process
Automotive interior: seat fabrics, ceiling non-woven fabric cutting
Medical textiles: medical non-woven fabrics, protective clothing production