Laser pointer technology in textile processing

Laser technology is currently used in various fields, especially in aerospace, machinery manufacturing, sheet metal processing and other industries. laser pointer technology shows its advantages. As people’s demand for textiles grows, laser technology is expected to open up a new world in the field of textile processing.

In traditional industry processing, laser technology has the advantages of small heat-affected area, no pollution to the processing object, high processing accuracy, high efficiency, and low cost. Common laser processing techniques in textile processing include laser cutting, laser sewing, laser deformation, laser marking, and laser embroidery.

Laser cutting is an efficient and precise way to cut fabrics. The incision is clean and flat, without scorching. Laser sewing is similar to laser welding. The fiber polymer is quickly melted and bonded together by the irradiation of the laser beam, and the sewing effect can be achieved. Achieve the anchoring effect of acupuncture.

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Laser texturing can improve the quality of the yarn. The textile after green laser pointer texturing has uniform density difference after dyeing, and there will be no defects such as snagging. At present, the clothing industry is more popular to use laser technology to make various patterns. Compared with traditional methods, laser embroidery is efficient and convenient, the pattern changes are flexible and diverse, the image is clear, and the three-dimensional effect is strong. At the same time, laser embroidery and hollowing technology are combined.

It can also improve the effect of textile embroidery; laser marking is often used to print brand logos, which have the effect of clear marking and never worn out. It is an excellent choice for brand anti-counterfeiting. Laser processing technology has brought a technological revolution in the textile industry. Its good processing effect has adapted to the aesthetic requirements of modern people. It is believed that laser technology will continue to deepen in the field of textile processing in the future.