With the continuous development of science and technology, the garment industry has rapidly developed from simple handmade single-piece production to large-scale mechanized and semi-automated industrial production, and the application of computers in the garment process is becoming more and more extensive. At the current level of development, the computer software systems used in the garment process are:
Style fitting CAD system: through the color camera or scanner to store different styles of clothing and different types of clothing parts, patterns in the computer, and different styles and types of clothing (including hats, scarves, etc.) in different ways to combine and match, or different patterns into the style, or change the avatar, reflecting different clothing effects, for customers to choose.
Style design CAD system: can allow fashion designers to use digital pens, boards, mice and other tools to depict, modify, color grading, coloring directly displayed on the screen, and stored in the computer. Sometimes you can call up the clothing parts, clothing, etc. stored in the computer for matching modification design; Sometimes it is also possible to attach the designed fabric or pattern to the existing style to show a flat or three-dimensional effect. Finally, the design draft is obtained by printing, and the style design work is completed.
Fabric design CAD system: Mainly allows designers to design fabric organization, texture and pattern, and at the same time, the designed fabric can be simulated on the screen to reflect the designers' intentions for users to choose. Sometimes existing designs can be modified into new designs, speeding up the design rhythm, shortening the design cycle, and meeting user requirements.
Clothing piece design CAD system: proofers through the graphic digitizer, mouse and other tools, according to the clothing style drawings and human body size with straight lines, curves to design the clothing pieces, and can be easily modified in the process of sample clothing production; sometimes the computer can be allowed to enter the human characteristic parameters or size (such as clothing length, pants length, sleeve length, collar drawing, bust, hips, shoulder width, body type, etc.) with the proportional method or prototype method to outline the clothing piece, and then modify; Sometimes it is also possible to modify the clothing pieces stored in the computer into new styles of clothing pieces, which accelerates the design progress, improves design efficiency, and meets social needs.
Stacking and nesting CAD system: the size of the sample (net sample) through the above design or digital reading board reading code (can be used to put the point displacement direct input, the code point displacement rule method input or the code point displacement body type method input), to produce a variety of different sizes of clothing pieces, and then after the release also need to consider shrinkage and other factors will be cut net sample plus shrinkage to get the cut wool sample. These samples of different sizes are then automatically and interactively nested to obtain a nesting drawing for cropping.
Piece-cutting CAM system: Lay the material before cutting, and then cut according to the nesting drawing. The types of cutting beds include cutting knives, laser cutting machines, high-pressure spray cutting beds, etc. according to the cutting method. The cutting work is carried out in a controlled manner according to the nesting drawings designed by the CAD system.
Sewing hanging CAM system: mainly using the rail hanging transmission method, the clothing piece or clothing piece assembly hanging running on the track, transported to each station. Each station is monitored and controlled by a computer, and each clothing rack has a code, and when the number of garment piece assemblies hanging and waiting at a certain station is less than a certain number (such as fifteen pieces), the computer adds the corresponding number of clothing pieces running on the control track to the station. Generally, there are several different styles of clothing pieces running on the track, so that several assembly lines of different styles run on the same track, forming a flexible processing system for small batch multi-variety production. It can be seen that while the transformation of garment machinery and equipment, garment processing technology is also developing. The sewing hanging conveyor system, which originally replaced manual transportation, has been developed into a flexible processing CAM system.
In addition, there are other computer applications in clothing production, such as clothing pen type, clothing spray painting and so on.
Founded in 2003, the company is a national high-tech enterprise and a shenzhen double soft enterprise identified by the relevant state departments. The company focuses on the research and development and promotion of clothing digital solutions and Internet platforms, and provides industry customers with digital overall solutions with intelligent models as the core. Through system integration, open up upstream and downstream data to achieve customization, flexibility and intelligence in garment production.