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Shuttle less loom Jul 9, 2015 · The shuttle less loom has specific characteristics and applications method for the weaving process. Shuttle-less looms play a crucial role in meeting the growing demand for woven products. Besides, the shuttle less loom has a different picking method. These looms have revolutionized the textile industry and have become the go-to choice for many manufacturers. It is used to produce high fashionable fabrics with high production rate. In the modern times, the uses of shuttle less ae increased rapidly. Air-Jet Loom: Using air as the power source, the air-jet loom is mainly used for weaving short fibers and long synthetic fibers. It offers a rich variety of weft yarns and can easily achieve 4-6 color weft . Instead, it employs various innovative mechanisms to weave fa brics , making the process more efficient and faster. Oct 27, 2010 · While the shuttle loom has its roots in traditional, mechanical weaving, the shuttleless loom embodies modern innovation and automation. Shuttle less loom has specific characteristics and applications method. A shuttle-less loom produces fabric at a very high speed without making use of the conventional shuttles. They are-Projectile loom; Rapier loom; Jet loom: Water jet loom and Air jet loom; Advantages and Disadvantages Nov 27, 2023 · A shuttleless loom, as the name suggests, does away with the need for a shuttle. Types of shuttle less loom: • Projectile This type of shuttleless loom plays an important role in fast fashion, home textiles, and other fields that require rapid mass production. The shuttleless loom's basic feature is to separate the weft package from the shuttle or carry only a small amount of weft and replace the large and heavy shuttle with a small and light weft inserter, providing favorable conditions for high-speed weft insertion. Shuttleless Loom Types: Shuttle less loom is divided into three types. The weft insertion may be by using a projectile, rapier, air jet or water jet. Shuttle less loom is the modern loom. This article explores these two technologies in depth, comparing their histories, technical specifications, production processes, innovations, challenges, real-world applications, and future prospects. The shuttle less loom has different picking method. juhs myvl byo dopj ryszm oqsg xhtdfor tvkqb ofofoc xpdpkx |
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