Development and manufacturing of 3D printer filament
Nanovia develops a premium range of composites, metal, and ceramic thermoplastic filaments for the additive manufacturing and plastic injection industries, as well as producing a range of consumables, all of which we distribute worldwide.
Based in Brittany, France, Nanovia has been developing and tailoring our products with, and for, the aeronautical, naval, automobile, paramedical and defence industries since it’s inception in 2014.
Nanovia’s R&D Department, composed of both material and chemical engineers, is constantly developing new composites and filaments to ensure that we are always pushing the manufacture of additives forward and fulfilling the needs of our client in industry.
As we are able to respond directly to a client’s specific requirements, Nanovia can develop a composite solution that will perfectly fit your specific needs, be it micro charges, carbon, glass, aramid, ceramic, metal or even natural fibers.
Thanks to our manufacturing experience and R&D capabilities, Nanovia is continually expanding our catalogue of over 30 references.
Nanovia creates products for a wide range of applications including mechanical pieces, functional prototypes, tooling, flexible parts, moulding equipment that resists autoclave sterilisation and automatic tape laying, tooling, flexible parts, etc…
This composite of ABS and carbon fibres has been specially composed using only fibres compatible with standard 3D printing. This allows for stronger prints and means it can be used for a wider range of applications.
Nanovia ABS CF offers excellent printing qualities as the carbon fibres limit the ABS’s tendency to warp, and provides better bed adhesion. The print settings of the Nanovia ABS CF are compatible with most 3D printers that have a heated bed.
Nanovia PLA Lin is a bio-composite that combines PLA’s ease of printing with flax fibre’s excellent mechanical properties. This allows for stiffer and lighter prints when compared to native PLA.
Nanovia PLA Flax’s colour can be browned by increasing the printing temperature to 260°C. Even though Nanovia PLA Flax is stiffer than both native PLA and ABS, our formula still allows for enough fexibility to prevent the filament from breaking during printing.
Nanovia HIPS is perfect for shock resistant print projects. It is a formidable support material for dual extruder printers as this thermo-plastic can be easily dissolved using Limonene, a natural extract from citrus fruits.
Nanovia Istroflex is a flexible thermo-plastic for 3D FDM Printers that is specifically designed so as not to be elastic. The polymer uses sea shell powder which is completely bio degradable and is fully compostable.
ISTROFLEX® est une formulation exclusive incluant un polymère de poids moléculaire élevé à base de monomères biodégradables et des coquilles d’huîtres grade cosmétique. La matrice d’ISTROFLEX® est dégradée par les micro-organismes naturellement présents dans les sols naturels et les composts
Since its creation in 2014, Nanovia has been developing its product range in partnership with a number of laboratories and industries including those in the aeronautical, automotive and defence sectors. This has enabled us to create products that are extremely adaptable to a wide range of varied and specific needs.