novum 3D is a 100% recyclable futuristic backpack made from mono-materials

vaude unveils 3D-printed fully recyclable backpack

by using innovative 3D printed back pads, german outdoor brand VAUDE has developed the first recyclable backpack made from mono-materials. dubbed novum 3D, the innovative prototype showcases a honeycomb construction that ensures maximum stability with minimum use of materials. all bag parts, including the back pads, the packsack, and the straps, are 3D printed from a 100% thermoplastic material (TPU), and are easily removable and fully recyclable. the innovation opens a look into the future of sustainable outdoor gear and provides insights into circular design.

all images courtesy of VAUDE

prioritizing both sustainability and comfort

VAUDE prioritizes comprehensive sustainability, by thinking outside the box and finding new ways to keep the planet healthy. the team is committed to using their resources more consciously and reducing CO2 emissions. ‘ideally, a product should be returned completely back to the production process at the end of its life cycle. this is true recycling, but it is still a big challenge for the textile industry at the moment,’ the creators share. ‘many products consist of at least 5 to 10 different materials or mixed fabrics and therefore cannot be separated by type. for this to succeed, the entire product life cycle must be considered and redeveloped’.

with the novum 3D, these aspects are all taken into account. this innovative backpack is completely recyclable thanks to its design, mono-material, welding technology, and 3D printed suspension construction. sustainability and comfort are both ensured, thanks to 3D printing technology that allows for the creation of an extremely lightweight suspension system. in addition, the design incorporates a honeycomb structure, one of the most stable forms in nature. the lightweight, open structure also automatically provides ideal ventilation. at the same time, different degrees of hardness ensure ideal pressure distribution.