3D-printed Superior Light and Breathable Wearable Textiles

Principal Investigator:
Prof. JIANG Shou-xiang Kinor, Professor, School of Fashion and Textiles

Produced using the Low Force Stereolithography printing system with flexible photosensitive resin based on a 3D model, this innovative 3D printed material comprises multiple unit structures systematically arranged along the X, Y and Z axes. Each unit structure features a cubic diamond configuration made of truss rods, with dimensions ranging from 2mm to 2.5mm in length, width and height, and truss rod diameters

Incorporating a cubic diamond structure as the fundamental unit of the microcrystalline fabric significantly enhances the material’s breathability, lightness, durability and aesthetic appeal. It also accommodates various body shapes and movement conditions, ensuring comfort and adaptability. 

The material is soft and skin-friendly, offering breathability that surpasses traditional woven fabrics, and exhibiting excellent elasticity. This advancement showcases the significant improvement in the performance and comfort of 3D-printed textiles.