Application status of the hottest laser processing

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Current situation of laser processing technology in leather clothing and other industries

laser processing, as a new processing method, with its advantages of accurate processing, fast, simple operation and high degree of automation, completing industrial integration will also be gradually put on the agenda. It is gradually widely used in leather, textile and clothing industries

laser embroidery of ready to wear

more than two-thirds of textile and clothing fabrics can use lasers to make various digital patterns in the process of tension and compression experiments. The traditional textile fabric production process requires post-processing such as grinding, embossing, embossing, etc. in this regard, laser embossing has the advantages of convenient and fast production, flexible pattern transformation, clear image, strong sense that the three-dimensional cannot be lost on the new starting line, full performance of the natural texture of various fabrics from import to production, and long-lasting freshness. If combined with the hollowing process, it is the finishing touch and complement each other

laser embroidery of clothing fabrics and ready-made clothes is suitable for: textile fabric finishing and processing plants, fabric deep processing plants, ready-made clothing plants, face accessories and processing enterprises with supplied materials

denim image laser spray

through numerical control laser irradiation, the dye on the surface of denim fabric is vaporized, so as to produce non fading image patterns, gradual flower shapes, cat whiskers and other effects on various denim fabrics, adding new beauty to denim fashion

cowboy spray laser processing is a new processing project with rich processing profits and market space. It is very suitable for enterprises and individuals such as cowboy clothing factories, washing factories, processing type to carry out value-added deep processing of cowboy series products

laser marking of leather fabrics

laser technology is also widely used in shoe making and leather industry. The advantage of laser is that it can quickly carve and hollow out various patterns on various leather fabrics, and it is flexible in operation. At the same time, it will not cause any deformation on the leather surface, so as to reflect the color and texture of the leather itself. It has many advantages, such as high carving precision, hollowed out without burr, arbitrary shape selection and so on. It is suitable for the needs of processing manufacturers such as vamp, shoe material, leather goods, handbags, bags, leather clothing and so on

laser engraving refers to the operation mode of connecting laser equipment with laser engraving software and inputting drawings into automatic engraving. At present, laser engraving is the most mature and widely used technology in the field of laser processing. With this technology, any complex figure can be carved. Hollow out carving and non penetrating blind groove carving can be carried out, so as to carve various magical patterns with different depths, different textures, hierarchical and transitional color effects. With these advantages, laser engraving meets the new trend of international garment processing

laser cutting of cloth embroidery

in the computer embroidery process, there are two important steps, namely, cutting before cloth embroidery and cutting after embroidery. In the traditional processing technology, the defect of the knife mold processing method used for cutting before embroidery is that it is easy to produce fabric fringes, and the processing accuracy is limited by the knife mold, so it is difficult to process heterosexual graphics, the production cycle of the knife mold is often, and the cost is high, which restricts the development of sticking embroidery. However, cutting after embroidery mostly adopts the hot cutting method, which has the disadvantages of large cutting gap, yellowish and hard edges, and difficult alignment. Heterosexual graphics rely on manual cutting, which is easier to scatter edges and produce waste products, so there is an urgent need to have an advanced processing method to replace these two old processing methods

although laser processing is also a thermal processing method, it is very suitable for cutting textile fiber fabrics because of the high focusing of the laser, the thin irradiation spot and the small thermal diffusion zone. It is embodied in the wide range of processed fabrics, smooth incision, no flash, automatic closing, no deformation, graphics can be designed and output by computer at will, no knife mold, etc. This makes laser processing a recognized alternative in the industry

laser marking has the characteristics of high marking accuracy, fast speed, clear marking, and can print all kinds of words, symbols and patterns on the plane, arc surface and flying objects of hard, soft and brittle products. Laser marking is compatible with various advantages of laser cutting and engraving. It can be used for precision processing on metal and organic polymer sheets, and processing complex patterns with small sizes. The printing mark has the anti-counterfeiting performance that will never wear. It can specially make cloth marks, leather marks, metal marks, and various company badges and logos with complex and fine printing patterns. It is the best choice for the processing of brand clothing

for a long time, there has been a problem of alignment in the trimming of trademarks, the trimming of embroidery patterns, and the punching and patchwork in embroidery patterns. Accurate and efficient cutting is the common expectation of the industry. The existing automatic visual tracking cutting system has made a big step forward on the basis of the traditional manual alignment cutting, and can automatically locate the cutting points by sub Bureau alignment. However, the random deformation of textile products cannot be automatically corrected, so a large number of waste products will be produced. At present, enterprises in the industry have successfully developed an automatic identification and edge finding cutting system, which can automatically generate cutting paths according to the edges of the woven trademark graphics, and accurately use laser to cut along the edges. It can also automatically locate, cut and punch the patterns in the embroidery graphics, so as to fundamentally solve the problem of alignment. (end)

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