Views: 0 Author: Site Editor Publish Time: 2024-11-28 Origin: Site
In garment manufacturing, the cutting accuracy of fabrics directly affects the quality and appearance of finished garments. For flexible fabrics such as lace, silk, nylon and blended materials, traditional mechanical cutting can easily lead to problems such as edge fuzzing, fiber shedding and edge warping. Ultrasonic cutting can avoid these phenomena through precise vibration, and is particularly suitable for processing complex curves and precision pattern cutting.
Lace is a high-value decorative material that requires extremely high precision and edge smoothness when cutting. The complex pattern structure and porosity of lace make it very easy to be damaged in traditional cutting. Using an ultrasonic cutter with a frequency of 40kHz and an amplitude of 20µm for cutting can achieve precise pattern separation without damaging the fiber structure. Compared with traditional mechanical cutting methods, this technology can reduce cutting burrs to less than 0.1mm and eliminate the need for secondary trimming.
In addition, ultrasonic cutting can accurately separate complex lace patterns without affecting the softness and ductility of the material. This is particularly important for lace processing in high-end fashion and dress design.
