Characteristics and applications of ultrasonic lace machines
The ultrasonic lace machine abandons the traditional needle and thread sewing steps and is ergonomically designed, safe and easy to operate; it can perform straight and arc welding. It can meet the waterproof, sealing, antibacterial and other functional requirements of welded products. Matching flower wheels can improve the strength and appearance of welded products. No needle and thread are required, which saves costs and avoids the trouble of broken needle and thread. It can be used for straight and curved stitching.
Features
1. The flower wheel welding head of the ultrasonic lace machine is made of special alloy steel material and undergoes a special heat treatment process. It has the characteristics of wear resistance and long service life.
2. The lace machine does not need to be preheated during operation, it can process continuously, is fast, can produce in large quantities, can turn corners, does not emit smoke or sparks during processing, and does not damage the edges of the cloth.
3. The ultrasonic lace sewing machine is easy to operate and easy to understand, and ordinary workers can operate the machine.
4. Use 20KHZ low-noise ultrasonic wave to prevent noise interference.
5. The ultrasonic lace machine directly sews all kinds of fabrics, and cuts edges, holes, and prints at the same time, so that the product can be formed in one go without burrs or loose edges.
6. The ultrasonic lace machine uses ultrasonic waves to directly hem, stamp, and press various graphics on various materials, and adjusts the power according to different fabrics and thicknesses.
7. Color paper and gold foil paper can be added, and the printing and hot stamping functions can be achieved when pressurized.
8. Multiple machines can be combined into a special machine to complete products with larger widths at one time, such as quilt covers, umbrellas, etc.
The whole machine adopts a casting structure, which is strong and durable, ensuring better welding, cutting and embossing effects.