In printing work, laser engraving machine is a kind of machinery often used. Today we come to understand the characteristics and applications of laser engraving machine.
Laser engraving machine art finishing, its principle is to use computer to design, typeset, and make PLT or BMP files, and then use Laser Engraver to make the CO2 laser engraving machine laser beam in accordance with computer typesetting instructions, high-temperature engraving on the surface of apparel fabrics Etching, the yarn at the high temperature etched part is ablated, and the dye is gasified to form different depths of etching, resulting in patterns or other washing finishing effects. These patterns can also be modified with materials such as embroidery, beads, hot foils, and metal accessories to enhance the artistic effect.
Laser engraving machine technology is used to perform artistic finishing on denim fabrics to produce artistic patterns on the fabrics. These patterns can include text, numbers, sliding, logos, images, and can be cut by laser engraving machine to produce stirrups, cat whiskers, Tattered and worn out effects.
At present, the pattern design, parameter selection and operation technology of 3D galvo mirror denim laser spray laser engraving machine are completed by Jinyun Laser Textile and Garment Technology R & D Center. Now this technology has been widely used in Zhejiang, Jiangsu and Guangzhou where the major textile and garment industries gather. In Europe, Japan, South Korea, and Hong Kong, some products already use 3D galvanized mirror denim laser spray laser engraving machine. Laser elements are added to popular styles.
The textile industry is a traditional industry and a large industry. Continuous use of high technology to connect with traditional industries is an important way to improve the technological content of Laser Engraver products in traditional industries.
Clothing fabrics can be finished with dyeing and printing processes to obtain good results and aesthetic effects. Traditional clothing fabrics with artistic patterns are mainly made through various printing and dyeing processing techniques to make different dyes form patterns on the fabric fibers through flower printing. In addition, there are other chemical methods or thermal transfer, digital printing methods to form flower fabric patterns. However, a large number are still traditional printing methods of textile fabrics. The production process is long, the patterns are single, the changing procedures are complicated, and the production process is more related to environmental protection restrictions. In particular, people’s growing demand for personalized artistic effects of apparel fabrics cannot be realized. In view of the disadvantages of traditional finishing technology, laser engraving machine technology and computer-aided design technology