Carbon offers an innovative, new approach to creating products that provide high performance, premium protection, improved comfort, unique haptics, striking aesthetics and custom options. 

Powered by Carbon, the Bowhead Nano Travel Chair features a latticed cushion that is printed with a high-performance elastomeric material from Carbon. By incorporating a lattice design, we are able to offer a cushion that improves breathability, distributes pressure and can stand up to all kinds of travel conditions.

Carbon Digital Light Synthesis™ (Carbon DLS™)  is a breakthrough resin-based 3D printing process that uses digital light projection, oxygen-permeable optics, and engineering-grade materials to produce data-driven, high-performance and protective athletic products at scale through a global network of expert production partners. 

The Carbon platform allows engineers and designers to iterate faster and radically reimagine their products by printing unmoldable geometries and tunable lattices. Carbon brings cutting edge technology to the forefront of product design and enables mass production of complex designs. 

Carbon’s portfolio of premium elastomeric materials are rigorously tested to offer a wide variety of mechanical properties suitable for various high-performance applications. The material used for the Bowhead Nano Travel Chair Cushion is EPU Pro 90, a single-part, dual-cure material that offers high stiffness and energy return with incredible durability. 

The Carbon DLS process enables the production of lattice geometries with functional elastomeric materials to produce a wide range of high-performance products. Carbon Design Engine generates multizonal lattices that can be precisely tuned for a specific mechanical response such as energy return, impact absorption, and comfort.