The fashion industry is witnessing a revolution, technologically as well as ideologically. New ideas are coming in, making the manufacturing of fashion essentials easier. Advancements in digital technology have made the latest trends of fashion accessible to available to everyone.
Besides the change in the fashion approach, the manufacturing quality has touched the skies. The production volume has also scaled up significantly. This is made possible by introducing the latest and most innovative technologies in the manufacturing process. One of these innovations is the CAD System.
CAD is short for Computer-Aided Design. It may also go by the acronym CADD, which stands for Computer-Aided Design and Drafting. A CAD system is a software that makes it easier to create textile components such as printed surface designs and clothing. The system uses specialized computer software to create, modify, analyze and optimize designs.
The software enhances the productivity of an apparel designer by improving the quality of designs. A designer may also use CAD to streamline communications through documentation and to create a database of designs to be manufactured.
CAD systems were initially created to aid in designing and tooling machinery such as cars. But by the 1970s, the textile industry had also started to use them. Nowadays, CAD is a tool widely used in the textile and fashion industries.
Through CAD, the once time-consuming process of creating designs has now been reduced to an effortless procedure on a computer system. In two-dimensional (2D) space, CAD may be used to create curves and figures. In three-dimensional (3D) space, it can create curves, surfaces, and solids.
Even a 2D design can be transformed into a 3D version for better visualization. The CAD output also provides information such as materials, procedures, dimensions, and tolerances. All this aids the garment industry in crafting clothing masterpieces.
Below listed are some of the most typical features of a CAD system:
CAD has become the need of the hour for the fashion industry. Its utility as the ace designing tool and database storage hub has made it a designer's favorite. Some benefits of CAD are as follows:
With CAD software, designers can visualize the finished product, its components, and the assembly process. CAD also serves as a one-stop tool for the synthesis, analysis, and documentation of the design.
With CAD software, design experts have better access to various tools to speed up the design process. The tools include mirroring, accurate forms etc. Additionally, CAD allows comprehensive technical analysis of the proposed design.
Drawing creation or crafting comes after designing. With the use of CAD software, drawing standards have gotten simpler, and drawing inaccuracies have reduced significantly. Also, because the designs can be transmitted digitally within seconds, it has made it easier to communicate the concepts and cut down on lead and manufacturing times.
A crucial component of the design is thorough documentation. Good documentation streamlines and organizes the entire workflow for a designer. This can be easily accomplished with CAD software. A CAD digitizer can be used to record an existing pattern, which can then be digitally preserved for later use.
CAD system is a complete design package. Because of its versatility, the software has quickly become a must-have tool for any fashion designer. Below, you will find some of the most prominent applications of a CAD system in the garment and fashion industry.
Surface design and structural design are also parts of CAD fabric design. All varieties and qualities of cloth are stimulated by it. The CAD system facilitates planning the intricate weaves, color schemes, etc. The software can also produce an infinite number of design variations as well as a specific pattern required for the design. Designing various weave patterns such as plain, dobby, jacquard etc. can all be done with this multi-utility software.
Crafting any garment begins with a suitable design. This includes the shape of the garment, any designs or embellishments, etc. These days, the entire procedure can be easily completed by running hands on a computer with CAD software. Here, one can design the outfit, consider color combinations, make necessary adjustments, and create essential documentation.
The primary use of CAD in the cutting room is for creating markers. This can be performed either manually or automatically using an effective algorithm. The process entails spreading and cutting equipment. The CAD software also contains key information for the spreader, such as the number of plies to be included, the spread length, and the spreading method.
Due to its features and convenience, CAD is widely used in the pattern-making process by garment export houses, fashion colleges, medium and large-sized garment firms, etc. Thanks to CAD, the complex task of creating patterns-which calls for expert technicians, can be carried out efficiently.
With the help of CAD's 2D/ 3D visual effects, a designer can analyze picture efficiency prior to printing.
These days, even clothing can be digitally altered and then printed again on the plotter. CAD has advanced the precision and simplicity of pattern digitizing, drawing, and grading. Additionally, it aids in controlling internal elements like notches, buttons, and drill holes, as well as visualizing the measurements of various styles.
CAD software such as COSMOS and solid works are used to examine the behavior of fiber assembly in yarn. The examination is based on mechanical action and the characteristics of the fiber. To create a precise computer simulation of the required fabric, one should begin with an exact simulation of the component yarn.
Numerous models of filaments and yarn have been created by researchers that mimic their visual properties. The majority of them involve modeling the yarn structure geometrically using a single-line yarn path.
Garment is the final product of the textile sector. Its manufacturing procedure calls for various phases, including measurement, cutting, development, sewing, pressing, etc. These steps need to be performed and altered swiftly. The use of CAD technology makes this possible.
The CAD software provides the foundation for creating and editing components like design making, pattern development, grading, lay marker plans, 3D scanning, and virtual garment styling. The software also has a huge computational capacity. Plus, its versatility to work on various design types, including ladies' wear, men's wear, and children's wear, make it the go-to tool for garment manufacturers.
The CAD system has introduced many reforms in the fashion industry. The biggest one is the comfort and versatility it has brought to fashion manufacturers. Apparel brands looking for some of the latest and forecast-driven designs can use tech-enabled platforms such as Fashinza.
At Fashinza, we use the latest CAD technology for our designs. With Fashinza, you can pick your styles, request samples, check their quality, and place your order. We offer more than 200 plus designs crafted through CAD software. Our supplier lists include some of the most reputed apparel manufacturers in the world. And don't worry, our customer-centric staff will be with you at every step from choosing designs to delivery.