Engineered Knit

Next-to-skin LED-based lighting that provides on-demand illumination ensuring visibility and safety, now with RGB capabilities.

Intelligent fabric-based thermal regulation, that can support a variety of functions ranging from microclimate regulation to pain management.

Seamlessly integrated biopotential and biomechanical sensors that allow for the collection of metrics ranging from heart rate to motion.

Haptics, TENS, and EMS integrated into soft goods for tactile feedback, notification, and chronic pain management.

Pressure-sensitive textile constructions used to create interactive interfaces, replacing the need for traditional plastic components.

Transfer of data and power across fabric substrates with limited flow and interference and low resistance, supporting over 4gbps and 40V at 5A.

Adaptable battery for a multitude of wearable uses. Flexible, washable, semi-solid electrolyte construction that serves as the industry’s solution to the growing design needs.

A collection of conductive pathways and inlays, interconnects and encapsulation to present technology in a seamless and invisible manner

Thermo-responsive polymers and yarns, pine-cone biomimetic yarn for moisture management for improved comfort over extended wear times.

Replacing hard plastic components for flexibility, durability, and seamless integration of sensors

Certified Acoustic fabrics specifically designed for uninterrupted sound passthrough from materials to product.

Internal and external fabric/leather lamination on foam provides superior comfort and flexibility. Memory foam built for high impact/low frequency.

Patented Silicone Application Technology to enable targeted modification of fabric modulus using engineered functional prints for grip and comfort