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End-Use Markets


Hygienix 2024: Making Way for Solutions

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Wearables & Healthcare

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Hey DUDE, Wipes Are In

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Matt Kolmes, CEO, VOLT Wearable Tech

Matt Kolmes, CEO of VOLT Wearable Tech (“VOLTech”), a division of VOLT Smart Yarns, recently connected with the International Fiber Journal to discuss the company’s innovative “bio-sensing” shirt that paves the way for an in-depth, real-time understanding of a body’s vital signs. IFJ: Define the project mission and vision: Who was this looking to help …

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Textiles are widely used in medical, surgical and other healthcare applications.

Sustainability has yet to make an impact in terms of materials and circularity. Textiles are widely used in medical, surgical and other healthcare applications, including first aid and clinical settings, ranging from surgical gowns and drapes, compression garments and fracture management products, to more sophisticated items, such as advanced wound dressings, surgical sutures, vascular grafts …

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A single zirconium hydroxide particle under a scanning electron microscope. The average size for this type of zirconium hydroxide is 30 µm.

The next generation of materials is providing much-needed protection against chemical and biological warfare agents. The team at the U.S. Army DEVCOM Soldier Center is focused on developing the next generation of chemical biological (CB) protective materials. We work with collaborators in industry, academia, non-profit research organizations, and other government agencies to improve protection and …

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Figure 1. Georgia Tech Pressure Injury Prevention System: The Conceptual Framework and Technology Building Blocks. Photo courtesy of Georgia Institute of Technology

The Georgia Tech Pressure Injury Prevention System. Our vision is to “make pressure injury a scourge from the past.” A pressure injury (PI) is localized damage to the skin and underlying soft tissue usually over a bony prominence or related to a medical or other device[1]. The injury results from intense and/or prolonged pressure or …

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The sensoric yarn developed by DITF allows for precision locating within a single yarn giving greater flexibility to how sensor yarns are integrated as it eliminates the need for multiple sensors and a grid format. Photo courtesy of DITF

In the last five years, smart yarn technology has gone from being an enabler of smart materials to being the carrier – and the dispenser – of intelligence in wearables. And, nowhere more so than in the health and wellness sector. This is certainly a boon for yarn manufacturers, but it is also a time …

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