FES module provides conversion feature on general DXF, AAMA format, then files can be stored in Richpeace proprietary format. Shape and Height Grading: Deal with some pattern pieces containing larger curve or arc line, the Shape and Height Grading can be used in order to avoid shape change after grading. For style with many cutting and sewing piecesm use the Whole Grading then separate them base on the assistant line.
All kinds of pen stroke and stitch types available, such as Normal Stitch, Overlock Stitch, Zipper Stitch. Build in color system available, such as Pantone Library, CMYK Library as well as User Define Color Library. A scan in pattern may require managing colors, with Richpeace Color Grouping, it can be grouped colors to the selected ones or to auto grouping with number of colors.
Very rich weave structure designs and colorful yarn available in this system, it helps the designer to create mix and match weaving design freely.
Plenty of built-in knit structures, including cables, tucks, arans and pointelle knits are available in the system.
Four different printing types are available for output the knits design, such as Life Size Knit Printing, Intarsia Printing, Symbol Printing and General Image Printing. Directly convert design files into auto knitting machine such as hosiery machine, flatbed knitting machine, circular knitting machine etc. Automatic creation and free modification of draping objects and grids, perfect matches as well as rapid and high quality simulation.
After input tension, size specification, style and knits characteristic, the system can compute each portion of the knits rows and stitches.
Specification, technical panel shape, technical instruction, needle arrangement and other details can be printed on the technical sheet with reasonable layout.
In order to meet various customer's requirement, most of popular style library are prepared, it provides swallow collar, pocket, round rib knits, dresses, skirt and trousers specification data. Duplicate and reverse nesting: Duplicate with reverse the markers can achieve a higher utilization.

Associate: After adding notches on graded pieces, some internal modification or dimension changes taken place, it automatically update the completed marker, no need to make the marker again. Strip and plaid material nesting: In order to achieve a higher utilization, during the nesting process, fabric image can be scanned in, to assist the operator to make a better marker.
Able to read HPGL format from other sources: Able to import HPGL and auto cutter file, then generate a new marker layout.
The aim of this project is to design and develop an RFID based system to support automation in the textile and garment manufacturing process and to facilitate the capturing of real-time data so as to reduce bottlenecks and to enhance production efficiency.
Radio Frequency Identification (RFID) is the emerging technology that has been increasingly used in manufacturing in recent years, particularly in the U.S. It is a research project of The Hong Kong Research Institute of Textiles and Apparel and funded by Innovation and Technology Commission.
The 17th YiwuTex, an annual event for the knitting and apparel industry in China will be held from 14-16 June 2016 at Yiwu International Expo Centre, Zhejiang Province, PR China.
Rising production cost and stern environmental regulations have resulted in higher entry barriers and greater challenges for knitwear manufacturers of late.
Increasing demand for fast fashion necessitates energy-efficient and smart sewing machines. Digital printing is undoubtedly the next big thing in the fashion and apparel industry as designers and brands look for greater product differentiation and more details on design. Possible to watch a complete virtual fashion show on computer, instead of spending time to make samples and hiring models to perform.
Designers can make a precisely fine tuning on the dimension and positioning of the fabrics onto the garment per the requirement.
It is so easy and simple to create color combination works up to million or more selections. Only need to input requirement with the Stripy Colour dialogue, then the required stripy colour technical data will be generated and labelled on the piece of panel shape.
Dual interface work at the same time, allow operator to make a very effective nesting, improve the fabric utilization.

The system can automatically finish one lay of markers in a very short period, the fabric utilization can be or even highter than the manual nesting.
There is a great need to improve the visibility of products and production information in the manufacturing process and to practice the just-in-time production philosophy that helps manufacturers attain cost savings. The textile and apparel manufacturing industries are rapidly modernizing and investing in automation to improve productivity and quality in order to face growing international competition.
The extremely powerful feature of this design software is to help designers to create 3D draped effect & style design in a much easy way and more effectively to put their creative idea on computer.
Due to costs and development time are both reduced, this 3D draping feature makes the management more rational and efficiency to control product R & D progress. New automatic data capture technologies allow the capture of data and the tracking of assets to better control inventories and improve their visibility, enabling a quick response to changes and, hence, the enhancement of productivity in production lines. With continuous and rapid development on digital printing technology and relevant equipment designed for knitted fabrics, digital printing design has become an up-and-coming trend.
Save a lot of time as well as reduce the sampling costs, plus shorten the product development cycle. It is possible to process multiple marker jobs in queue, save time and improve productivity.
Manufacturers can learn more about how to expedite the smart production transformation, improve products’ functionality and marketing their products. Digital printing allows flexibility in production, complexity in design, shorter production lead time and energy conservation and green production. Understanding what’s happening in the apparel industry is vital to discovering opportunities for business growth and development.

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