CAD Software in Apparel Industry: Features and Functions

History of CAD Software in the Apparel Industry:
At the inception of modern apparel industry in the 19th century, with Charles Frederick Worth who in 1858 designed his first label sewn in apparel that he created, the means by which the inventor produced their designs had been with pencil and a paper. But with the change in sociocultural, the main challenge faced to this procedure was the increasing demand for design varieties, ever change in different types of ways and customer choice in the retail. This became the reason for alternate solutions which would be like an aid to the design and manufacturing process.

CAD Software in the Apparel Industry

The appeal for CAD came when computer designing had come to an extent where it could be including in the garment industry. With CAD there came a rebellion in designing production where in a week’s output could be done within a day. Now CAD programs have become a very important tool for fashion designers, garment producers and export houses etc. with functions such as pattern making, computerized test fitting, pattern grading, marker making etc. Garment producers have been able to reduce lead time many folds by using a CAD system.

Features of the CAD Software:
The Computer-Aided Design (CAD) software is being used in apparel industry on a large-scale basis by a number of qualified engineers and firms for various appeals. The most common appeal of CAD software is designing and casting. Here are some of the benefits of implementing CAD systems in the apparel industries:

1. Increase in the prolificity of the designer:
With the use of CAD, software designers are able to envision the final product, constituent parts of it, assembly process and it also helps in synthesizing, analyzing and documentation of the design. Along with conversion from 2D to 3D, the software also helps in giving some high spirits to product and this will help the designer on how the create the design will work and thus allowing to make instantly make any renovation according to it. All these factors and features will help in extremely improving the fecundity of the creativity, speeding up the process, lowering design cost with shorter project completion time.

2. Improve the quality of the design:
With the CAD software, the designing professionals have finer options for different types of design tools that will help in easing up the procedure of designing like mirroring, correct shapes etc. along with thorough engineering investigation of the advance design. The tools also help designers to perform examinations on the design for any delusion. With CAD the accuracy of the design increases awfully reducing errors thus leading to better and accurate design. With a lower number of errors and better availability for references, the manufacturing procedure becomes much faster with reduced wastage which could have been due to faulty design.

3. Better communications:
The subsequent after designing is the making of the illustrations. With CAD software evenness of the drawing has become easier with fewer drawing errors and greater clarity. Along with this, it has also allowed us to make communication of the designs easier as the designs are transferred automatically within seconds, decreasing lead/manufacturing time. Any changes that are to make in the design can be easily converted back, corrected and send back for next confirmation.

4. Creating documentation of the designing:
Having proper evidence of the designs is an extensive part of designing and this can be done very expertly on CAD software. The process of evidence of a surviving pattern can be done through a digitizer and then kept digitally for later use. The uses can be from referencing from older designs to geometric and dimensions of the outcome, its components, and subassemblies, material stipulations of the components, BOM of the constituent.

5. Creating the database for manufacturing of procedure:
With the easy process of evidence, CAD software has permitted us for better databases for designs that can be used for manufacturing and speeding up the process. Rather than looking for any particular design for commute, it can be found directly from the database.

6. Simulations:
3D designing being the future for CAD has already started affecting the world of fashion. With features like 3D virtual sample making, wherein we can altogether bypass the physical process of sample making and dramatically reduced the time and cost associated with product evolution. With it, we can also make a virtual 3D avatar of a human body just by scanning through specific hardware. Duplication of fabric is also made possible to envision the physical properties of the fabric which include pleats, textures, transparencies, drapability etc. With 3D CAD full-motion simulation of any apparel can be done on a virtual model and it can then be made to run, dance, cycle, pose, walk etc. Along with recognizing the pressure points on the apparel.

7. Eradication of inventory:
With digitally mannequin, there is no need for a physical sample to be made. Everything starting from illustrations, photography for online market, buyer presenting can be done through it. This also eliminates the need for having a register as every design can be stored online for future allusion.

Functions of CAD / CAM Software in Textile and Apparel Industry:
CAD apparel and textile software especially offers the designer a complete design software solution. It gives the designer the tools and approach to digitally create designs from the first concept to last dispensing, to the creation of a pattern for a garment or outcome, to the grading (sizing) of a pattern.

CAD in Apparel Industry

CAD/CAM Software in Textile:

  1. Creating swift sketches and fashion drawings.
  2. Creating chained bodies, croquis (figures), and line illustrations for presentations/depiction.
  3. Creating and controlling various color ways, color palettes.
  4. Using and embracing the avant garde and seasonal color palettes.
  5. Creating and duplicating print designs, knits, and wovens fabric swatches from collection and from scratch
  6. Designing in repeat – any number of repeats can be made using different order and sizes
  7. Creating and controlling colorways and color matches for textile designs, fabric swatches, universal and seasonal palettes
  8. Working with style and trim collection of books
  9. Editing images, scans, and photoshoot.
  10. Creating discreate portfolios.
  11. Working with 3D images to create collections and digital fashion shows.
  12. Drafting 2D patterns and creating digital 3D samples from those patterns.
  13. Creating and viewing duplicated garments on the body to evaluate fit.
  14. Realistically duplicating the drape of the fabric.
  15. Sharing collections with customers, suppliers, and retailers within the company and globally.

Pave Your Way Towards Growth and Agility:

  • The cutting-edge Pattern Design Software to create faster cycles and produce outcomes that better fit your customer’s requirements. Our inventive Pattern Design Software offers a unique solution that combines powerful 2D design and true to life 3D visualization in a single program that response the needs of both apparel and practical textile manufacturing units.
  • Enhance the precision and fine tune details of your digital garment as the changes made to the 3D sample directly affect the 2D pattern.
  • Get faster to market by receiving early feedback and making faster decisions, before creating the first physical prototype.
  • Enjoy the use of cutting-edge automatic tools and meet a superior illustrations experience that is fully customizable to your needs.
  • Contact with a hassle-free digital environment that is fully compatible with all major CAD formats.
  • Create virtual samples in different sizes using latest grading tools that permits you too easily.

Pattern Design Software (PDS) 2D:

a) A Superior Design Experience:
Seamlessly create digital patterns and create pattern sizing while removing hundreds of manual steps in the design-development procedure.

b) Open to leading standard sw/hw formats:
Spread your data in different file formats, and have the freedom to continue working with your cutters, plotters and digitizers, while transitioning to our super flexible and intuitive 2D solution.

c) Flexible, user-friendly pattern making and nesting tools:
The intuitive user interface is prepared by customer needs to suit your needs and requirements. The work area is created to maximize your design space.

d) Smart 2D Design:
CAD 2D powers your pattern and apparel design process, from start to end. Benefit from making easy adjustments by selecting different points and changing them all in once. Seamlessly design , move, and open darts, and pleats, includes multi-pleats, in record time.

e) Walk Tool:
Easily walk your pattern while acurating shape, adding or adjusting details for precision purposes.

f) Generate Measurement Charts:
Define points required for apparel measure different measurements with accurate Measurement Charts.

g) Your 3D Virtual Samples Generator:
Visualize true to life virtual samples in an innovative 3D digital environment and make fast changes at the click of a button with 95% correctness.

h) Accurate Fabric Simulation:
Delve into the fine details of your design and look for precise fabric duplication

i) Photo Realistic Rendering:
Design and share Photo Realistic 360° images of a true to life 3D virtual sample with customized intensity of lighting and shadows for a realistic view of your creativity.

j) Colorways and Print Placement:
Looking for style colorways and define print placement for fabrics, textures, stitches, buttons, and logos, with limitless virtual samples.

k) Multi-Stitch Tool:
Boost you stitching procedure using an innovative multi-stitch tool.

l) Fabric Management Solution:
Measure and prepare duplicate fabric in 3D based on its physical and visual properties

Computer-Aided Design (CAD) software plays a pivotal role in the apparel industry, revolutionizing the way fashion products are designed, developed, and manufactured. CAD/CAM technique appears to be the most common approach currently suitable, which is fast, easy and saves time. This created the potential for completely integrated design and manufacturing processes, thus enabling increased production efficiency.

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