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Automated spreading of textile                                  6

           materials       ☆





           6.1   Introduction

           Manual spreading is time- and labour-intensive. With the development of mass pro-
           duction, the manual spreading process could no longer provide the necessary produc-
           tivity, and the need arose for specialized machines that were capable of carrying out
           spreading at a much higher speed. The first spreading machines carried a roll of fabric
           over the table and performed a mechanized spreading process (see Section 5.5.3). New
           systems and techniques have since been developed. Since computer technology has
           been used to create and store patterns and their markers, spreading processes have
           become fully automated.
              Automated spreading machines (see Fig. 6.1) have significantly increased the
           productivity of the spreading process but have not altered its main work princi-
           ples. Similar operations are performed in both the manual and automated spread-
           ing processes: splice making, determination of faults during the spreading process,
           formation of step spreads, others. Several companies produce automated spreading
           machines for a variety of textiles and uses: clothing, furniture, car interiors, tech-
                                                                     2
                                                     1
           nical needs, and several other industries: Cosmotex  (Spain), Eastman  (the United
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                                               4
                        3
                                                             5
           States), Gerber  (the United States), Lectra  (France), Kuris  (Germany), Bullmer
                                                               8
                            7
                                                                               9
           (Germany), Phillips  (the United Kingdom), Morgan Tecnica  (Italy), FK group
                          10
                                               11
                                                                       12
           (Italy), IMA SPA  (Italy), B.K.R. Italia  (Italy), Caron  Technology  (Italy),
                                 14
                  13
                                                            15
           Oteman  (Spain), Lidem  (Spain), Unicraft Corporation  (the United States),
              ☆  We thank Cosmotex company, Spain and Mr. Xarles for their kind support in development of the chapter.
              1  http://www.cosmotex.net
              2  https://www.eastmancuts.com
              3  http://www.gerbertechnology.com
              4  https://vector.lectra.com
              5  http://www.kuris.de
              6  http://www.bullmer.de
              7  http://www.phillipstextilemachinery.co.uk
              8  http://www.morgantecnica.com
              9  http://fkgroup.com
           10  http://www.imaitaly.biz
           11  http://www.bkritalia.com
           12  http://www.carontechnology.com
           13  http://www.oteman.com
           14  http://www.lidem.com
           15  http://unicraftcorp.com
           Industrial Cutting of Textile Materials. https://doi.org/10.1016/B978-0-08-102122-4.00006-8
           Copyright © 2018 Elsevier Ltd. All rights reserved.
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