With the advancement of technology in the fashion industry, it is no longer necessary for a fashion designer to draw every detail on paper. With the introduction of body scanners, pattern development no longer involves guesswork, as body scanning provides the designer with exact body measurements of individual consumers. Using a smartphone camera, body scanners help design accurate outfits for even the most complicated body types. The technology helps in generating data that can drive the creation of new products. It increases the productivity of both offline and online retailers.
Computerized flat knitting machines
Whether you’re creating knitted accessories or creating your fashion line, computerized flat knitting machines can make the process easier and more profitable. The advanced capabilities of these machines allow you to create intricate designs in minutes rather than hours. And because they’re fast, they can even do more complex tasks than human knitters.
A computerized flat-bed knitting machine is handy for the production of 3D structures. This technique creates two types of 3D systems: spacers and 3D shapes. The technology also allows you to produce a variety of design elements with the same machine.
Whether you’re looking for seamless knit accessories or knitted socks, an electronic flat knitting machine can produce the perfect seamless piece. It can build two- and three-dimensional structures and even create seamless toes, fingers, and heads. This technology benefits functional sportswear, hosiery, and even fashionable outerwear. More information about shaping technology, visit sites like https://www.lycra.com/en/business/search-technologies/lycra-shaping-technology.
3D scanning
The use of 3D scanning in garment technology has a variety of benefits. It can be used to make custom clothing. Typically, this process is contact-free and uses lasers or light to project human body shapes onto a 3D surface. The measurements are captured using light sensors and computer software. This technology helps tailor garments and allows designers to create a replica of a customer’s figure.
In the garment manufacturing industry, 3D scanning promises to revolutionize the way that custom clothing is produced. However, it has yet to be ready for mass production. For 3D scanning to become a practical option for the fashion industry, it must be used in conjunction with traditional clothing-making practices. In addition, it should work with designers and fashion businesses with decades of experience and extensive knowledge of the human form.
In addition to helping designers create custom clothing, 3D scanning can be used in the fashion industry to evaluate a consumer’s body type and shape. The technology can also help designers create a digital version of a garment.
Robotics
Robotics in garment technology is a relatively new field, and the development of robots is just beginning. Robots can detect fabric distortions using highly calibrated machine vision and adjust accordingly. One such robot, the Sewbo, was invented in 2015 by Jonathan Zornow. It can sew a T-shirt from scratch. These robots are usually programmed to sew a specific size or style of garment.
Robotics has also been used in the sewing of military uniform pants. This particular use case was chosen to develop mechanical skills in the field. A modular and extensible software system, ROS, was used to create the robots. The automatic operation was coordinated with other machine stations, including those for lamination and treatment.
Automation is an increasingly popular option for garment companies, especially in low-wage Asian countries. Many garment factories use robots to automate the manufacturing process. This can cut the overall cost of production, reduce human error, and improve quality. It can also produce garments much faster than previously possible.
Software
Software is vital in garment technology for a fashion designer because it facilitates the design process. This process includes the design of the garment’s shape, its design, and any embellishments. The designer uses software to create and test strategies before finalizing the plans. The software can be used to create patterns for the garment, test color combinations, and make other necessary changes. Many software helps in the design process, including AutoCAD, Adobe Photoshop, and Illustrator.
The use of pattern-making software is essential for designing and creating apparel. This software allows designers to create patterns quickly and easily. It also allows for multiple iterations of a design project. This allows for quicker and more accurate design results than traditional methods. A fashion designers can also save and share their designs using software to share them with other designers.
With the help of software, garment makers and export houses can create new designs, improve the quality of existing patterns, and speed up production times. CAD also helps with the design process, allowing for better accuracy in pattern-making and grading.