Why Laser Technology Can Be Applied To The Clothing And Textile Industry?

< p > < a href= > //www.sjfzxm.com/news/index_s.asp > laser processing < /a > as a new processing method, it has been widely used in leather, textile and garment industry because of its advantages of accurate, quick, simple operation and high automation.

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< p > < strong > clothing laser embroidery < /strong > /p >

Less than P > 2/3 of textile and garment fabrics can use laser to make various digital patterns.

The traditional weaving process needs to be processed by grinding, hot stamping and embossing in the later stage, and the laser burning flower has the advantages of convenient production, quick design, flexible pattern pformation, clear image, strong three-dimensional sense, full expression of the natural color and texture of all kinds of fabrics, and long lasting and new advantages.

If combined with hollowing technology, it will make the finishing touch and complement each other.

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< p > suitable for laser embroidery of garment fabrics and garments: textile finishing plant, fabric deep processing factory, garment and garment factory, accessories and processing enterprises.

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< p > < strong > cowboy image laser spray, < /strong > /p >

< p > through the laser irradiation of numerical control, the dye on the surface of cowboy cloth is vaporized, so that the image pattern, gradient flower shape and feline whisker that will not fade will be produced on various denim fabrics, which will add new beauty to the jeans fashion.

Laser processing of cowboy flower spray is a new processing project with rich processing profit and market space. It is very suitable for jeans and garment factories, washing plants, processing enterprises and individuals to carry out value-added processing of denim products.

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< p > < strong > leather fabric laser marking > /strong > /p >

< p > laser technology is widely used in shoemaking and leather industry at present.

The advantage of laser is that it can quickly engrave and hollow out all kinds of patterns on all kinds of leather fabrics, and operate flexibly, without causing any deformation on the surface of leather so as to reflect the color and texture of leather itself.

It has many advantages, such as high engraving accuracy, hollowing, no burr and arbitrary shape selection. It is suitable for the manufacturers of shoe upper, shoe material, leather goods, handbags, bags and leather clothing.

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< p > laser carving is a way of linking laser equipment with laser engraving software and drawing input into automatic carving.

At present, laser carving is the most mature and widely applied technology in laser processing field.

With this technology, any complex graphics can be carvings.

We can carry out hollow carving and non penetrating blind groove carving, so as to carve out all kinds of magic patterns with different depth, different texture, level sense and pitional color effect.

With these advantages, laser engraving caters to the new trend of international garment processing.

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< p > < strong > Paste embroidery laser cutting < /strong > < /p >.

< p > < a href= "//www.sjfzxm.com/news/index_h.asp > > computer embroidery < /a > process, there are two important steps: cutting before embroidery and cutting after embroidery.

In the traditional processing technology, the defect of the cutting mode used before embroidery is that it easily produces the fabric edges, and the machining accuracy is limited by the cutter die. It is difficult to process the opposite graphics, and the production cycle and cost of the mold are often high, which restricts the development of cloth embroidery.

After cutting, most of the cutting is done by hot working, which has the disadvantages of large cutting edge, yellow edge, hard hair and difficult alignment.

Heterosexual graphics rely on manual hand clippers, which are easy to disperse and produce waste. Therefore, there is an urgent need for an advanced processing method to replace these two old processing methods.

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< p > laser processing is also a hot working method. However, due to the high focus of the laser, the light spot is thin and the thermal diffuser area is small, so it is very suitable for cutting the textile fiber fabric.

It is shown in the wide range of processing fabric, smooth cutting edge, automatic closing, no deformation, graphics can be designed and exported by computer, no need for die and so on.

This makes laser processing a recognized alternative in the industry.

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< p > laser marking has the characteristics of high marking accuracy, high speed and clear marking. It can print all kinds of characters, symbols and patterns on the plane, arc and flying objects of hard, soft and brittle products.

Laser marking is compatible with the advantages of laser cutting and carving. It can precisely process metal and organic polymer sheets and process complex patterns of small size.

The printing mark has the anti-counterfeiting performance which is never worn out. It can specially make all kinds of emblem and LOGO for cloth, leather, metal and printing patterns. It is the best choice for brand clothing < a href= "//www.sjfzxm.com/news/index_c.asp" > dress processing > /a >.

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< p > for a long time, there is a counterpoint in the trimming of the trademarks, the trimming of embroidery patterns, and the punching and splinter in embroidery patterns.

Accurate and efficient cutting is the common expectation of the industry.

The existing automatic visual tracking and cutting system has made a great progress on the basis of the traditional artificial counterpoint cutting, and it can automatically locate and cut the sub Bureau's counterpoint.

But the random deformation of textile products can not be automatically corrected, so a lot of waste products will be generated.

Now, enterprises in the industry have successfully developed an automatic identification and edge cutting system, which can automatically generate cutting paths according to the edges of the woven trademarks, and accurately cut edges along the edges of the laser.

It can also automatically locate and cut and punch the patterns in embroidery graphics, thus solving the counterpoint problem fundamentally.

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