ASA Aero is an optimised version of standard ASA, designed to offer a lighter structure while retaining its resistance to UV, weather and temperature variations. This filament is perfect for applications requiring weight reduction, while guaranteeing durability and strength. It is particularly suitable for drones, aeronautical parts, prototypes and components exposed to outdoor conditions.
ASA (Acrylonitrile Styrene Acrylate) is an improved alternative to ABS, offering better resistance to UV, weather and temperature variations. This filament is ideal for mechanical parts, outdoor components and prototypes subject to harsh conditions. Unlike ABS, it does not yellow and retains its properties even after long exposure to sunlight or humidity.
ABS (Acrylonitrile Butadiene Styrene) is a technical filament renowned for its strength, impact resistance and heat resistance. It is commonly used for mechanical parts, functional prototypes and industrial components, thanks to its ability to withstand high stresses. Its excellent temperature resistance up to 90°C makes it an ideal choice for demanding applications.
PETG-CF is a composite filament combining the strength and flexibility of PETG with the rigidity and lightness of carbon fibre. This material is perfect for technical parts, industrial prototypes and mechanical components requiring good resistance to impact, wear and chemicals. Thanks to the integrated carbon fibres, it offers excellent dimensional stability and a top-of-the-range matt finish.
PETG Translucent combines mechanical strength, flexibility and transparency, offering a semi-transparent effect ideal for artistic projects, prototypes, light diffusers and electronic housings. This filament also boasts excellent resistance to impact and humidity, while remaining easy to print with a low risk of warping.
PETG HF (High Flow) is an optimised version of standard PETG, offering higher print speeds while retaining excellent mechanical and chemical resistance. This material combines the ease of printing of PLA with the strength and flexibility of ABS, making it an ideal choice for technical parts, functional prototypes and components subject to mechanical stress.
