Creates seamless tubular fabric by using a continuous loop of yarn and a circular configuration of needles. It is commonly used in the textile industry for mass production of knitted fabrics and is also popular among hobbyists and home knitters.

Specialized piece of equipment used in the textile industry to apply colour (dye) and finish (treatments) to fabrics or yarns. It can come in various types, such as continuous or batch dyeing machines, jet dyeing machines, jigger dyeing machines, or padding mangles. These machines are critical for achieving desired colour, texture, and performance characteristics in textiles.

Used in the textile industry to process textile waste into new yarn or fiber for further textile production. It involves stages such as collection and sorting, cleaning and preparation, blending or shredding, recycling or reprocessing, and finishing. These machines promote sustainability by reducing textile waste and converting it into reusable materials.

Used in the textile industry for various stages of textile production, such as spinning, weaving, knitting, dyeing, finishing, printing, cutting, and sewing. Textile machines automate and optimize textile manufacturing processes, including yarn and fabric production, colour application, finishing treatments, pattern printing, fabric cutting, and garment sewing.

Used in textile laboratories to assess physical and mechanical properties of fibers, such as strength, fineness, moisture content, colour fastness, and identification. These machines are crucial for quality control and research in the textile industry.

Designed to reduce or eliminate emissions of pollutants from industrial processes, transportation, or other sources. Examples include air pollution control equipment, water pollution control equipment, solid waste management equipment, renewable energy generation equipment, green transportation equipment, and noise pollution reduction equipment. These machines help mitigate the harmful impact of pollution on the environment and human health.