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Uses advanced computer-controlled knitting machines to create complex three-dimensional structures, reducing waste and allowing for mass customization in the textile industry.

Textiles incorporated with electronics and digital components, allowing for functionality such as sensing, heating, or lighting, impacting various industries including fashion, health, and sports.

The incorporation of graphene, a layer of carbon atoms, enhances textiles with durability, conductivity, and thermal regulation properties, leading to high-performance apparel.

Polyester fibers made from recycled plastics and bottles, reducing landfill waste and decreasing the carbon footprint associated with textile production.

The direct application of inks onto fabrics through digital technology allows for high-detail designs, reduced water usage, and lower inventory requirements.

Microparticles or capsules containing active substances are embedded into fabrics, which can be released over time to provide benefits such as skincare or odor control.

Fabrics made from natural or synthetic fibers designed to decompose under specific conditions, leading to a reduced environmental impact post-consumer use.

Manipulating textiles at the molecular level to enhance properties such as stain resistance, waterproofing, and anti-microbial activity, transforming the way textiles are used and cared for.

Substances that absorb, store, and release heat during phase transitions are incorporated into textiles to regulate temperature and provide thermal comfort.

A textile fiber made from soy waste, which is biodegradable, renewable and offers a soft texture similar to silk or cashmere with less environmental impact.

Textiles produced by bonding fibers together, bypassing the weaving or knitting process, which is used in various applications like medical textiles and filtration.

Fabrics that can conduct electricity, either through the use of conductive materials or by treating textiles with conductive substances, enabling wearable technology and smart garments.

Advanced fabric cutting technique using laser technology for precise cuts and design engraving, improving efficiency and design possibilities in textile manufacturing.

Textiles designed to draw moisture away from the skin and facilitate rapid evaporation, keeping the wearer dry and comfortable, commonly used in athletic wear.

Incorporating aerogel, a highly porous and low-density material, into textiles for extreme thermal insulation without adding significant bulk or weight.

Fabrics that enable computing, digital components, and electronics to be embedded within them, creating interactive and multifunctional materials for new applications.

Metals that return to their original shape after deformation when heat is applied, used in textiles to create self-adjusting and smart fit garments.

Combination of textiles with other materials to improve characteristics such as strength, durability, and resistance to environmental factors, used in various industries like automotive and aerospace.

A technique used to join layers of fabric without stitching by using high-frequency ultrasonic acoustic vibrations, resulting in seamless and waterproof garments.