We are happy to support our friends at OESH Shoes with their new OESH “Townie” – the most flattering style of flat made possible by combining 3D printing with fully fashioned knitting. This innovative shoe was knitted off our CMS 330 HP BW TT Sport MG E7.2 machine and was ethically made in Charlottesville, VA. Pre-order your first pair today at igg.me/at/oesh-townie! #STOLL #StollAmerica #OESHshoes #OESHlife #TechnicalTextiles #Flatbed #Knitting #Machinery #ShoeUppers #Flats #CMS330…

As the automotive industry is adapting to sustainability and various other market challenges, the need for knitted applications pertaining to seat covers, dashboard covers, side panels, webbing solutions, interior covers, suspension, and more have significantly increased. Contact our Technical Textiles team at info@stollamerica.com to learn more about STOLL’s TT Mobility solutions! #STOLL #TechnicalTextiles #Automotive #Industry #3DKnits #Development #Materials #Comfort #Function…

With STOLL's advanced technology, knitting with complex yarns (i.e. plastic, copper wire, carbon fiber, Kevlar, glass fiber, etc.) can be achieved with special yarn-feeding devices & optimized yarn threading! The result? Highly elastic materials processed as stretchable or compressive fabrics, metal wires/bend-resistant materials processed to achieve conductive and reinforced fabrics, or thermo-fusible and -bonding fiber components to stiffen fabric structures.

With STOLL's advanced technology, knitting with complex yarns (i.e. plastic, copper wire, carbon fiber, Kevlar, glass fiber, etc.) can be achieved with special yarn-feeding devices & optimized yarn threading! The result? Highly elastic materials processed as stretchable or compressive fabrics, metal wires/bend-resistant materials processed to achieve conductive and reinforced fabrics, or thermo-fusible and -bonding fiber components to stiffen fabric structures.

With STOLL's advanced technology, knitting with complex yarns (i.e. plastic, copper wire, carbon fiber, Kevlar, glass fiber, etc.) can be achieved with special yarn-feeding devices & optimized yarn threading! The result? Highly elastic materials processed as stretchable or compressive fabrics, metal wires/bend-resistant materials processed to achieve conductive and reinforced fabrics, or thermo-fusible and -bonding fiber components to stiffen fabric structures.

With STOLL's advanced technology, knitting with complex yarns (i.e. plastic, copper wire, carbon fiber, Kevlar, glass fiber, etc.) can be achieved with special yarn-feeding devices & optimized yarn threading! The result? Highly elastic materials processed as stretchable or compressive fabrics, metal wires/bend-resistant materials processed to achieve conductive and reinforced fabrics, or thermo-fusible and -bonding fiber components to stiffen fabric structures.

With STOLL's advanced technology, knitting with complex yarns (i.e. plastic, copper wire, carbon fiber, Kevlar, glass fiber, etc.) can be achieved with special yarn-feeding devices & optimized yarn threading! The result? Highly elastic materials processed as stretchable or compressive fabrics, metal wires/bend-resistant materials processed to achieve conductive and reinforced fabrics, or thermo-fusible and -bonding fiber components to stiffen fabric structures.

Myant has made huge strides with Textile Computing, their new platform for human-computer interaction. To learn more about Textile Computing, follow the link below: #Technology #Healthcare #Company #SmartTextiles #Textiles #Comfort #Clothing #Garment #Creative #Wellness #Health #Development

As a new year begins, it is interesting to take a look back on last year's industry projections to see how far technology has come. We are excited to show everyone what is coming next! 😄 #Textile #Industry #USA #Fibers #Military #Medical #Auto #Manufacturing #Healthcare #Trade #International #Trade #Production