Building the future of personalized comfort with NEXUS, a recovery footwear designed to rejuvenate your feet after intense workouts. Inspired by 3D printing technology, NEXUS slippers are meticulously crafted from TPU filaments, resulting in a lightweight, breathable, and supportive design.
NEXUS utilizes varying lattice sizes and densities to provide optimal support and cushioning. The open lattice structure ensures superior airflow, keeping your feet cool and dry while preventing moisture buildup. The unique textured lattice cylinders offer natural friction for a secure grip, preventing slips and providing a natural tread pattern for enhanced traction.
THIS IS NEXUS.
Inspired by the Resin 3D printing technology developed by companies like Carbon and currently utilized by Adidas and ASICS. NEXUS seeks to bring together the advantages of lattice structures to modern FDM printers.
NEXUS challanges traditional slipper design by offering customized support, enhanced breathability, and superior shock absorption, and is precisely tailored to match the wearer's foot shape, providing targeted cushioning where needed.
BUILT FOR ATHELETES, BUILT FOR RECOVERY.
NEXUS targets consumers that seek comfort and customization, value innovation, appreciate better breathability for healthier feet, and love excellent shock absorption for all-day comfort.
They could be athletes looking for better recovery footwear, people with foot conditions seeking personalized support, or just individuals who are excited about the potential of 3D printing in everyday products.
TAILORED TO YOU. OPTIMIZED FOR YOU.
The overall structure of the slipper is driven by Aetrex 3D scanners' data on the different shapes and pressure points of the individual feet, which can be used in Rhino to generate a unique volume that is totally tailored to every user.
After creating a shape that fits precisely to the individual's foot, the model is brought into nTop software, which converts the shape into complex networks of interconnected cells that can be precisely tailored to match the wearer's pressure points, providing targeted cushioning where needed.
ENGINEERED WITH FDM PRINTING TECHNOLOGY.
The digital models are sliced and converted to GCODE, which is then printed on a large-scale FDM printer with 95A TPU filaments. This additive manufacturing technique is not just more energy efficient, but it also plays a crucial role in reducing waste, making the product much lighter. By adopting this process, we are actively contributing to a more sustainable future.
The average weight for a size equivalent to Men’s US size 10 is just around
150 grams.
NATURAL TEXTURE FROM LATTICE STRUCTURE.
The unibody lattice construction forms a natural exterior and interior texture that provides excellent traction and acts like a natural tread pattern for both indoor and outdoor conditions.
The spaces between the lattice structure are also designed to be big enough that dust and water can easily pass through without issues. This makes NEXUS slides a great choice for beaches and showers.
