Knitted fabric manufacturers are increasingly using IoT technology in manufacturing process to improve production efficiency. Knitting machines embedded with IoT sensors are being connected to the internet enabling real time monitoring of manufacturing facilities. IoT technology is also being used for predictive maintenance of machinery in fabric manufacturing facilities. Real time data collected from knitting machines also help in optimized production planning. For instance, fabric knitting and cutting machines manufacturer Shima Seiki’s knitting machines can be connected to the company’s proprietary product lifecycle management software for efficient production management. BMSvision’s KnitMaster system helps monitor and manage machinery in knitting mills and also aids in yarn inventory management
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Fabric manufacturers are increasingly using 3D knitting machines to knit textiles. A 3D knitting machine uses information stored in a digital file to knit textiles using different yarns simultaneously. Textiles manufactured using this technology do not have seams or stitches and help save time and labor costs. This technology also allows for easy customization based on customer preference and reduces yarn wastage. Shima Seiki, a Japanese company is offering its Whole Garment specialty 3D knitting machine with a maximum knitting speed of 1.6 meters per second. Similarly, 3D knitting machines can be adopted by fabric manufactures to improve fabric quality and reduce labor costs.
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The knitted fabrics industry consists of sales of paper, plastics, rubber, wood and textile machinery manufacturing products by entities (organizations, sole traders and partnerships) that produce paper, rubber, plastic, wood and textile machinery manufacturing products. One of the drivers of the knitted fabrics market is- increasing applications of synthetic fibers-The demand for synthetic fibers is mainly driven by the increasing applications of synthetic fibers in the apparel and construction industries. Synthetic fibers give specific characteristics such as thermal insulation, low soiling characteristics, which can be modified for a wide range of products such as table cloths, napkins, curtains and carpets. These fibers are also being used in new areas of application such as roof insulations, geotextiles for stability of roads, walls and dams. Examples of synthetic fibers include nylon, rayon, polyester, polyethylene, polypropylene and acetate. In 2017, synthetic fibers accounted for around 64% of the global fiber market. The increasing demand for synthetic fibers will drive the demand for knitted fabrics made using synthetic fibers.
The paper, plastics, rubber, wood and textile machinery manufacturing market, of which the knitted fabrics market is a segment, consists of sales of paper, plastics, rubber, wood and textile machinery manufacturing products by entities (organizations, sole traders and partnerships) that produce paper, rubber, plastic, wood and textile machinery manufacturing products.
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The knitted fabrics market report covers market characteristics, size and growth, segmentation, regional and country breakdowns, competitive landscape, market shares, trends and strategies for this market. It traces the market’s historic and forecast growth by geography. It places the market within the context of the wider paper, plastics, rubber, wood and textile machinery manufacturing market, and compares it with other markets.