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jack stitching machine in chennai, perambur, mylapore, madipakkam -

VS SewingMachine

jack stitching machine in chennai, perambur, mylapore, madipakkam -VS SewingMachine

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The constant search for methods that allow the production processes improvement is a driving force for the development and integration of current technological solutions in systems which are, currently, still purely human based. It is in this context that the company “Factoryplay” comes forward with the challenge to upgrade its current sewing stations by adding a set of mechanization and automation solutions. This article documents the steps carried out to provide the current solution with the required technical attributes. In this paper, the instrumentation and actuation devised solutions, as well as the method employed to design an embedded PI controller, will be presented. The PI controller allows the closed-loop control of the station movement speed as a function of the sewing machine speed. The practical results obtained, regarding the dynamic response of the sewing station, are in line with the simulated ones.
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The “Factoryplay” company, which operates in the Bragançaindustrial area, in the northeast region of Portugal, designsand produces inflatable structures for recreational activities andtheme parks. Its economical activity extends well beyond theborders of the national territory. As a matter of fact, nowadays“Factoryplay” is a company whose large array of certifiedproducts are available in several countries both inside andoutside the Union.jack tailoring machine in chennai, perambur, mylapore, madipakkam

The automation of sewing operations is a dif�cult taskin manufacturing. Several challenges arise from the non-rigidity and the large variations and uncertain material char-acteristics of the processed materials. This makes the designand implementation of both material handling and controlduring the sewing applications a complex task compared tohandling rigid materials. Nevertheless, there is a demandfrom the industry in high-cost countries to automate thesewing process.In the past decades, several research groups have workedin the �eld of automated sewing and the handling of non-rigid materials.An automated sewing cell consisting of one robot and asewing machine is presented . Both the tensionin the work piece and the seam allowance are controlled inreal-time.