Researchers at the University of California in Los Angeles have developed a new method for producing 3D printed electronics, which is nearly five times quicker than conventional techniques. The method involves two steps: (a) 3D printed shapes are lined with electrostatic charges, (b) the shapes are then dipped repeatedly into a resin mixed with electronically conductive materials. The resin is attracted to the printed shapes and each dip allows the creation of an additional layer on the shape until a 3D structure is formed. This faster method could expand the applications of 3D printing in consumer electronics such as soft robotics, antennas, and advanced prosthetics.
Register Email now for Weekly Promotion Stock
100% free, Unsubscribe any time!Add 1: Room 605 6/F FA YUEN Commercial Building, 75-77 FA YUEN Street, Mongkok KL, HongKong Add 2: Room 405, Building E, MeiDu Building, Gong Shu District, Hangzhou City, Zhejiang Province, China
Whatsapp/Tel: +8618057156223 Tel: 0086 571 86729517 Tel in HK: 00852 66181601
Email: [email protected]