Category: Smart Textiles

SibeiXia x1000

Smart textile detects fever in infants

A researcher at Louisiana State University in Baton Rouge, Louisiana, USA, is exploring ways to use smart clothing to track newborn babies’ temperatures.

Read full post
sensor1

Printable sensors detect pathogens and toxins

Researchers at Tufts School of Engineering have developed a method of detecting bacteria, toxins and dangerous chemicals in the environment using a biopolymer sensor that...

Read full post
pr tanaka 1200

Real-time monitoring with a wearable device reveals IBS-related changes

While there have been studies of irritable bowel syndrome-related abnormalities in the autonomic nervous system based on 24-hour electrocardiogram measurement, until now none of them...

Read full post
screen printed electrodes

Screen-printing method makes wearable electronics less expensive

A study led by Washington State University researchers has shown that electrodes can be made using just screen printing, creating a stretchable, durable circuit pattern...

Read full post
merica wordmark

‘Smart’ coating could make fabrics for protective wear

A durable copper-based coating developed in the US by researchers at Dartmouth College could be precisely integrated into fabric to create responsive and reusable materials,...

Read full post
Zhu strain sensor HEADER 1500

Stretchable strain sensor for health monitoring

A sensor that can detect minor changes in strain, has a greater range of motion than previous technologies and could be incorporated into fabrics is...

Read full post
sundance1

Integrated graphene heating and massage

The Heptathlon Black Technology Down Jacket from Chinese manufacturer Sundance received an IPSO Award 2022 for its integration of various electronic functions to enhance outdoor...

Read full post
hung cao researc

Wearable foetal monitoring technology

US engineering researchers at the University of California, Irvine have developed a novel method of monitoring foetal heart rate through a compact abdominal patch embedded...

Read full post
antibacterial antiviral fabric anti covid19 kctextil silver 06

Apparel interlinings maker to distribute wearable technologies

Apparel interlinings manufacturer Chargeurs PCC has announced it will distribute wearable technology components made by KC Wearable Technologies globally to the clothing industry and fashion...

Read full post
article 30 image 1 0

Wireless smart bandage provides new insights on healing chronic wounds

Researchers at Stanford University in the US have developed a wireless smart bandage that has shown promise in speeding up tissue repair by monitoring the...

Read full post
LJOYinWearableElectronics2022 01 3 1536x864

Embroidery as low-cost solution for wearable electronics

Embroidering power-generating yarns onto fabric has allowed US researchers to embed a self-powered, numerical touch-pad and movement sensors into clothing.

Read full post
1

‘Smart sensor’ dressing wins design award

Three students from Poland have been awarded this year’s James Dyson Award for design for developing a smart sensor for dressings that indicates how well...

Read full post
Smart Textiles for Wearable Healthcare and Sustainability 5 1080x675

Smart textiles for personalised healthcare

University of California assistant professor of bioengineering Dr Jun Chen and his Wearable Bioelectronics Research Group have put together several comprehensive review articles to introduce...

Read full post
index

Bridging the gap between research and reality

The E-Textiles Network conference held in November in Nottingham, UK, discussed why universities and institutes should work together as a community of researchers.

Read full post
IMG 4556 1024x683

‘Smart mask’ with a use beyond pandemics

Researchers from the Madrid region of Spain have developed and patented a novel smart mask that can monitor a wearer’s vital signs up to 20...

Read full post
IMG 0179

Knitting technology produces 3D force sensors in fabric

As part of the TextileUX project, researchers from Austria and Italy have explored haptic user interface elements made entirely from textiles.

Read full post