Wuhan Zhongli Chenguang Technology Co Ltd has always been dedicated to the research and development, production, sales and service of laser processing equipment, and provides customers with complete application solutions. It has more than 10 offices in China. While meeting the domestic market, its products are also exported to the United States, Canada, France, Sweden, Ukraine, Poland, Russia, Singapore, Japan, South Korea, India, Pakistan, Türkiye, Syria, Sudan, Ecuador, Taiwan More than 100 countries and regions including Hong Kong.
The Company is mainly engaged in the application  of laser industry technology and equipment manufacturing, mainly for the application and technological innovation of laser products such as laser metal welding, laser metal cutting and  laser metal  surface cleaning, laser marking, etc. 

Laser has various applications in the field of textiles and clothing. Here are some common examples:

- **Laser cutting**: The laser beam rapidly heats the material to the vaporization temperature to achieve precise and fast cutting. Compared with traditional cutting methods, it is more accurate and neat, prevents wear and tear, and does not leave pressure marks on the clothing. It can be used for various fabrics, including silk, pure cotton, nylon, etc. Laser cutting machines are widely used in the textile industry. Compared with traditional cutting equipment, they have the advantages of fast processing speed, non-destructive cutting, high degree of automation, low noise and dust emissions. In the clothing industry, laser cutting technology can be used in laser cutting beds for precise cutting of large fabric pieces, and can also be used for local cutting of fabric, which can effectively prevent fabric fraying. For example, denim can achieve a uniform and regular fringe effect through laser cutting.

- **Laser engraving**: The laser beam, after passing through the light guiding and focusing system, is directed at the material to be engraved, removing the specified area of the material to present specific patterns or designs. When dealing with non-metallic materials such as textile materials, it is mainly achieved through the ablation process. For example, high-temperature ablation on the surface of denim fabric can cause the dye on the surface layer to disappear after ablation to present patterns; it can also engrave fine and complex flower patterns on the fabric to create a hollowed-out effect. The engraving speed is better than traditional engraving methods. Laser engraving can be used to create a variety of artistic effects. For example, the laser whitening and aging process can achieve an aged and damaged look on materials such as denim, genuine leather, and PU. It is more energy-efficient and environmentally friendly compared to traditional printing and dyeing and washing processes. In addition, it can also perform engraving and hollowing on the fabric to create a virtual and real change. Combined with the use of colors, it can show artistic charm. 

**Laser embroidery**: Traditional textile fabric production processes usually require post-processing such as grinding, ironing, and embossing, while laser engraving has advantages such as convenient and fast production, flexible pattern changes, clear images, strong three-dimensional effects, the ability to fully express the natural texture and color of various fabrics, and long-lasting freshness. For example, a laser engraving machine can be used to quickly engrave and hollow out various patterns on the fabric, and the operation is flexible without causing deformation on the fabric surface, reflecting the color and texture of the fabric itself.

The application of laser processing technology in the textile and clothing industry improves production efficiency and product quality, bringing more possibilities to clothing design and manufacturing. At the same time, with the continuous development of technology, its applications are also constantly expanding and innovating. Different laser technologies and equipment can achieve various unique effects and functions based on specific needs and material characteristics. However, in practical applications, some technical issues also need to be noted, such as fabric fraying and optimization of engraving parameters to ensure processing quality and effect.

                                                       WUHAN CIOPTOR LASER TECHNOLOGIGY