Highlights

An Earth abundant material, antimony trisulphide, shows potential for high resolution video displays.

SUTD researchers developed a highly-customisable, 3D-printed peristaltic pump kit.

Researchers are applying cellular automation to efficiently model phase change materials with multiple optical phases for next-generation photonics devices.

Okara, a soybean byproduct, can now be 3D printed without any additives, boosting food sustainability efforts.

MicroTAS 2021 @ Palm Springs

The novel acousto-electric sorting technology by SUTD provides a promising solution for segmenting extracellular vesicles subtypes by generating simultaneous acoustic and electric force fields, providing a fundamental tool for clinical research.

By giving the touch-and-inspect method a smart update, SUTD researchers have designed a sensor for autonomous cleaning robots that can quantify the cleanliness of a given area.

Direct-ink-writing-based 3D printing of microchannels on a 7 μm-thick elastomeric substrate was demonstrated to fabricate liquid metal microfluidic antennas with unprecedented deformability and tissue-adhesion.

Written by leading experts and researchers from SUTD and NTU, ‘3D Printing and Additive Manufacturing of Electronics: Principles and Applications’ is designed to be a one-stop guide for anyone interested in the 3D printing of electronics.