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ZY910 Series Jet Loom

The company's business scope includes the sale of textile machinery and accessories, textile auxiliary equipment and accessories, textiles, textile fabrics, complete electrical control systems for textile equipment, electrical equipment, rubber and plastic products, as well as chemical products and raw materials (excluding hazardous materials).

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  • Description
  • The ZY910 series jet looms feature an eccentric rapier beam design that enhances balance and stability, effectively reducing the issue of excessive machine vibration—resulting in a significant decrease of approximately 35% in ground-level vibrations. Additionally, the advanced DSP system delivers rapid computation and swift data transmission with unparalleled interference resistance, providing robust support for high-speed, energy-efficient operation. The upgraded heddle guide mechanism incorporates a dual-beam structure and is equipped with front and rear heddle guard plates, which significantly minimize heddle vibrations during high-speed operation. This innovative design ensures stable, high-speed loom performance while simultaneously reducing heddle wear. As a result, the loom’s operating speed has increased by 20%, while power consumption has been reduced by 40%. These improvements translate into substantial annual savings on electricity costs for weaving manufacturers, as well as significant reductions in expenses associated with purchasing complementary air compressor equipment.

    Eccentric weft insertion shaft, enhancing the machine's balance and stability.

    Imported bearings inside the box, high-precision ground gear teeth

Textile machinery refers to the various types of equipment required to process natural or chemical fibers into textile products. Although machinery used in the production of chemical fibers encompasses a range of specialized chemical engineering equipment, it is now regarded as an extension of textile machinery, falling under the broader category of textile machinery. The processes involved in transforming different fibers—such as cotton, linen, silk, and wool—into finished textiles vary significantly, with some processes being entirely distinct. Consequently, the corresponding machinery needed is highly diverse and extensive in variety. Textile machinery is typically classified according to the specific stages of production, including: spinning equipment, weaving equipment, printing and dyeing equipment, finishing equipment, chemical fiber drawing equipment, reeling equipment for silk production, and nonwoven fabric manufacturing equipment. Spinning equipment itself is further divided into two main categories: machinery designed for processing short fibers and machinery tailored for long fibers. Cotton and cotton-based synthetic fibers fall under the category of short fibers, while wool, linen, silk, and their blended synthetic counterparts belong to the category of long fibers. Due to the differing processing methods required for these two fiber types, the associated machinery cannot be universally interchangeable—though certain machines may share similar design principles. Even within the same category of equipment, although machine structures often resemble one another, variations in raw material properties and end-product specifications generally prevent interchangeability.
Textile machinery serves as the production means and material foundation of the textile industry. Its technological level, quality, and manufacturing costs are all directly linked to the development of the textile industry.

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ZY910 Series Jet Loom

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