Textile Circuitry

Integrating technology in a seamless,

invisible manner

ELEVATING PRODUCT APPLICATIONS

Invisible and Seamless

Our solutions in textile circuitry offer a range of novel capabilities allowing for a new generation of devices that are soft, stretchable and anatomically compliant, and withstanding high tensile stress associated with on-body applications.

Platform Features

Seamless

Design freedom without sacrificing performance or comfort.

Safe

Ensures safety and withstands mechanical stresses.

Machine Washable

Machine washable systems.

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Conductive Pathways

Being the backbone of textile circuitry, conductive pathways offer the means to connect power and data. Available on multiple different configurations (16+ variants) to suit different applications.

+ Conductive Coated Wires

+ Conductive Yarn

+ Printed Pathways

+ Sewable Pathways

+ Embroidered Pathways

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Interconnections

Techniques that have been developed to connect both external and embedded electronic accessories to textile circuitries

+ Conductive Adhesives

+ Bar Tacking

+ Rivets

+ Snaps: Magnetic or Mechanical

+ Crimp Pins

+ FPC FFC Connectors

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Conductive Inlays

The capability of incorporating flexible wires, tubes, and active elements to the fabric by using the knitting process to present the technology in a seamless, invisible manner

+ Smart garments

+ Heating

+ Data transferring

+ Lighting ( optical fiber, LED yarns)

+ NFC + RFID (In yarn level)

+ Sensor in yarn level

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Encapsulation

Capability of incorporating flexible wires, tubes and active elements to the fabric by using knitting process to present the technology in a seamless, invisible manner

+ PastiDip

+ Silicone

+ Liquid PU

+ PU Tapes

+ Neoprene + Fabric

OUR TEXTILE CIRCUITRY

Applications

Embedding Intelligence through textile circuitry.

Interconnections

+ For Durability and withstanding mechanical stresses

+ No data loss with negligible resistance in connection

+ Machine washable

Allows for:

+ From sensor interfaces to conductive pathways to control unit

+ Between textile circuitries at different locations

+ From textile circuitries to batteries

Conductive Inlays

+ Ubiquitous and invisible integration with less material handling

+Automated process (No separate insertion) with time/cost savings

+ Connected Clothing

+ Varied technology integration capability : Heating, Data transferring, Lighting ( optical fiber, LED yarns), NFC + RFID (In yarn level), Sensor

+ Built in at yarn level

TECHNOLOGY WOVEN IN

Explore All Platforms

Textile Engineering

Integrated Technologies

Advanced Material

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Engineered Knit

Leveraging Flat, Circular, and Warp knitting techniques to create complex structures, designs, and modulus.

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Narrow Width Fabrics

Elasticated fabrics and elastomeric yarns engineered to achieve stretch and durability, as well as support complex design and construction.

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Injection Molding

A revolutionary form and padding technology for impact protection and the encasing of electronics.

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Engineered Knit

Leveraging Flat, Circular, and Warp knitting techniques to create complex structures, designs, and modulus.

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Narrow Width Fabrics

Elasticated fabrics and elastomeric yarns engineered to achieve stretch and durability, as well as support complex design and construction.

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Injection Molding

A revolutionary form and padding technology for impact protection and the encasing of electronics.

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Engineered Knit

Leveraging Flat, Circular, and Warp knitting techniques to create complex structures, designs, and modulus.

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Narrow Width Fabrics

Elasticated fabrics and elastomeric yarns engineered to achieve stretch and durability, as well as support complex design and construction.

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Injection Molding

A revolutionary form and padding technology for impact protection and the encasing of electronics.

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How to Engage

At Softmatter, our dynamic team has industry-leading expertise in smart textiles, from design to manufacture. We help you strategically enhance your offering so that it has a profound, global impact.

Interested in enabling your idea?