![]() ![]() Textile Vision: Color management, two dimensional weave designs, yarn consumption calculations, frame plan.DesignScope: Victor Dobby and jacquard designs, three dimensional weave designs.Arahne: Dobby and jacquard designs, color management, fabric price calculations, yarn consumption calculations, 3D fabric simulation. ![]() yarn design and cross section view, 3D weave, 3D visualization tool to see ScotWeave fabrics realistically draped over images of garments and other real-life objects. Scotweave: Technical textiles for industrial, commercial and geotextiles dobby or jacquard designs.AVA Weave: Checks, stripes and dobby or jacquard designs, including yarn simulations and multiple color ways.Textronic: Dobby design, Jacquard design, Carpet design, 3D Design, draft and peg plan.JacqCAD ( CAD in Jacquard Design): Jacquard designing, editing, creating loom control files, and punching of textile designs.TexGen: Specialized for two dimensional and three dimensional weave design.The CAD has revolutionized the fabric-designing from graph paper and stencil to mouse and stylus.ĭifferent Textile Based CAD Systems and Their Functions: It helps in all the areas of textile process including selection of product design, visual merchandising and product development. ![]() Today, CAD use is widespread in textile and fashion design.Īdvantage the application of CAD in textile industry is to design and analyze the product in a shorter span of time with almost zero cost of production. CAD systems were originally developed to design precision machines, but by 1970s, they began to find applications in the textile industry. Nowadays, application of CAD is common in every field of the textile from making a blueprint to the final creation of the product. CAD system simplifies the process of designing textile elements like printed surface patterns and garments, and CAD softwares are so popular in the textile industry. CAD is a very powerful tool for the manufacturing industry, offering several benefits such as improved product design, increased productivity, higher utilization and better quality control. The process of CAD includes three phases: designing the geometric model, analysis of generated model against various physical quantities, optimization and visualization of computer graphics based on results and analysis. The CAD has become popular as tools essential for designing and manufacturing with computers. Computer-aided design (CAD) is frequently used for design and drafting, generating reports, three dimensional modelling, finite element analysis and as an input source for computer-aided manufacturing (CAM). ![]()
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