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Carrying out Pattern Engineering, Grading and Marker Planning manually is a notoriously inefficient and cumbersome process. REACH CAD effects significant time and labor savings by automating this process.
REACH CAD streamlines and improves efficiency of the product development team. This is done by safeguarding you against people turnover, eliminating manual errors, building a knowledge base that can be used to create and re-create patterns and markers and by enabling collaborative team working.
Manual patterns can and do get worn-out, torn etc. and cannot be re-used to create slightly different styles.
REACH CAD uses apparel specific intuitive and user-friendly tools to engineer patterns, grade the base pattern to various other sizes and to tightly pack these patterns to form the most efficient markers. Figuring out optimal layout of patterns to form tight markers needs the application of spatial visualization skills: this is best done on a computer monitor and not by going back and forth on a table.
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There's life in the old marker yet. 1999. Source: Textile Focus
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Beat the Computer: A Game for Learning about Apparel Marker Making. 1998. Source: Textile
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Communications: marker making in small clothing companies. II. 1997. Source: Textile Focus
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Communications: marker making in small clothing companies. I. 1997. Source: Textile Focus
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Garment marker system having computer-assisted alignment with symmetric cloth patterns. 1997. Source: Textile Focus
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From concept design to marker making. 1997. Source: Textile Focus
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Garment marker system having computer-assisted alignment with symmetric cloth patterns. 1997. Source: Textile Focus
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Learn to avoid marker mishaps. 1997. Source: Textile Focus
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MARKER MAKING PATTERNS ITSELF FOR CIM. 1988. Source: Textile Focus
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PATTERN GRADING, MARKER MAKING AND COMPUTERS. Source: Textile Focus
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COMPUTER GRADING, MARKER MAKING NO SUBSTITUTE FOR SKILLED PERSONNEL. Source: Textile Focus
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Marker-making using automatic placement of irregular shapes for the garment industry. 1989. Source: Engineering Focus
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MARKER MAKING AND SPREADING MODES. Source: Textile Focus
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[CAD:] handling checks and stripes. Tait, N. Bassett , UK . Apparel International. Feb 1994(Feb), 3-5. Source: British Library Evaluation of marker making and duplicating
- systems related to the various aspects of the clothing industry. Source: Textile Focus
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An algorithm for nesting pattern in apparel. 1995. Source: Engineering Focus
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Expert CAD users (Why maximizing CAD usage maximizes profits.) Weldon, Kristi. Apparel Industry Magazine. OCT 01 1999 v 60. Source: Ingenta
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Handling Checks And Stripes. Tait, Niki. Apparel International: The Journal of the Clothing and Footwear Institute. FEB 01 1994 v 25 n 2 3 Summary Survey on how major CAD
- companies deal with a time consuming and costly operation. Source: Ingenta
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Improvements about automatic lay-planning for irregular shapes on plain fabric. 1993. Source: Textile Focus
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Shear slipping of piled fabrics caused by cutting. 1994. Source: Engineering Focus
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Laser garment cutting robot system: design and realization. 1999. Source: Engineering Focus
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New issues drive cutting technology [in the apparel industry] Cedrone, L. Apr 1994, 35(8), 8pp between 42-55 Source: Bobbin
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Method for cutting fabrics especially composite fabrics. 1995. Source: Textile Focus
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The cutting of knitted fabrics. 1995. Source: Textile Focus Computer Aided Cutting Placement for Knit Fabrics. 1996. Source: Textile Focus
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The cloth cutting CAD/CAM system for clothing industry. Sept. 1995. Source: Engineering Focus
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Integrating the cutting and sewing room of garment manufacture using mechatronic techniques. March-April 1995. Source: Engineering Focus
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Fabric characteristics and garment manufacturing technology. 1995. Source: Engineering Focus
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Precision cutting of fabric woven from high-performance fibres. 1998. Source: Textile Focus
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Safety device with cutting edge used when cutting fabric and like products. 1998. Source: Textile Focus
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Apparatus for cutting piled fabric. 1998. Source: Textile Focus
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Influence of mechanical and physical properties of fabrics on cutting process. Blekac, R.; Gersak, J.INTERNATIONAL JOURNAL OF CLOTHING SCIENCE AND TECHNOLOGY pg - 293. Source: British Library
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HOW TO LAY AND CUT CHECKS OR WEFT-STRIPE FABRICS. 1979. Source: Textile Focus
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Optimization of One Dimensional Cutting in Clothing Industry. Author(s) Gradisar, M. Jesenko, J. Informatica. JUN 01 1996 v 20 n 2 211. Source: Ingenta
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PRACTICAL GUIDE TO CUTTING AND SEWING OF TEXTURED POLYESTER FABRICS. PART 2. DOUBLE KNITS. Source: Textile Focus
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PRACTICAL GUIDE TO CUTTING AND SEWING OF TEXTURED POLYESTER FABRICS. PART 1. WOVENS. Source: Textile Focus
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Method for automatically cutting portions of a patterned fabric. 1997. Source: Textile Focus Cutting of Coated/Laminated Fabrics. 1997. Source: Textile Focus
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Fabric, form and flat pattern cutting. Winifred Aldrich. Oxford , UK . Blackwell Science, 1996. Source: British Library Fabric spreader for fabric cutting machine. 1996. Source: Textile Focus
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Cutting a very fine cloth. 1996. Source: Textile Focus Fabric form and flat pattern cutting. in: Niches in the world of textiles. Proc. TI 77th world conference, Tampere , 1996. Vol. 1. Source: Textile Focus
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New Solutions for Narrow Textile Fabric Cutting by Ultrasonic Means. 1996. Source: Textile Focus
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Balanced Knife: Advances in Fabric Cutting Technology. 1996. Source: Textile Focus
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Computer Aided Cutting Placement for Knit Fabric Apparel. Source: Textile Focus
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Cutting Their Cloth. 1994. Source: Textile Focus From Cloth To Cut Apparel Component. 1994. Source: Textile Focus
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Optimizing the cutting process by CAD cutting pattern production with fabric inspection and length cutting machines. 1994. Source: Textile Focus
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Tool for measuring marking and cutting fabric materials. 1994. Source: Textile Focus
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METHOD OF CUTTING FABRICS WITH HAND-GUIDED CUTTER. February 17, 1982. Source: Textile Focus
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Method of arranging cut pieces and device for spreading cloth. 1992. Source: Textile Focus
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PROFESSIONAL CLOTH CUTTING ELECTRIC SCISSORS. 1992. Source: Textile Focus
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DEVELOPMENT OF DESIGN MODELS AND CUTTING OF KNITTED FABRICS. 1991. Source: Textile Focus
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Contribution on the cutting behaviour of vertical knives in cutting plies of fabrics. VI. Measuring station to determine the cutting force when a vertical knife is used, with a demonstration of some selected test results. 1990. Source: Textile Focus
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Contribution on the cutting behaviour of vertical knives in cutting plies of fabric. V. Interaction between vertical knife and fabric pile. 1990. Source: Textile Focus
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Optimization of the path of cutting instruments as a partial problem in obtaining a solution to optimal laying and cutting of fabrics. 1990. Source: Textile Focus
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A Tale of Two Cutters. Author(s) DesMarteau, Kathleen. Journal Info Bobbin. OCT 01 1997 v 39 n 2 56 Summary Griffin Manufacturing Co. and R.B. Apparel Inc. both decided just more than a year ago that they'd had enough of the problems related with manually spreading and cutting difficult materials. Yet today, they're cutting more of these fabrics than ever. Here's how. Source: Bobbin
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Cutting Room Advances. Apparel International : The Journal of the Clothing and Footwear Institute. OCT 01 1997 v 28 n 9 21. Source : Ingenta New technology enhances cutting room equipment. Lonsinger, K. Knitting Times. Jan 1993, 62(1), 37,38,40. Source: British Library
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CUTTING BEHAVIOR OF STRAIGHT KNIVES WHEN CUTTING PLIES OF TEXTILE FABRICS. PART 7. TEST RESULTS OF THE EFFECT OF DESIGN PARAMETERS ON THE CUTTING FORCE. 1990. Source: Textile Focus
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GENERAL BASICS IN FABRIC LAYING TECHNIQUES DURING CUTTING. PART 1. 1978. Source: Textile Focus
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Controlling the position of a tubular fabric during cutting - Advances in Textiles Technology - Page: -/MAY (5-7) - 2001 - World TextilesT. Source : Ingenta
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What is REACH CAD?
