Creality Ender 5 Max

Tougher than PLA and more rigid than TPU, PETG strikes the perfect balance between durability and flexibility, making it ideal for functional parts. PETG delivers glass-like transparency with the dura more→bility to withstand the outdoors. FFF devices on the market with a filament diameter of 1.75mm can all be used, but high-speed FFF 3D printers perform better.

FLASHFORGE high-speed PLA filament delivers ultra-fast printing up to 500 mm/s (and over 600 mm/s on many models) without sacrificing quality, thanks to rapid melting and smooth flow. It ensures excel more→lent layer adhesion, low shrinkage, and precise dimensional accuracy (±0.02 mm) via CCD diameter control. Enhanced winding technology prevents tangling, while superb bed adhesion provides reliable printing without pre‑drying or parameter tweaks.

Add a splash of color to your 3D prints with our Silk PLA+ filament. Create eye-catching figures, ornaments, and signs that will leave jaws dropping. Upgrade your prints and unleash your creativity now!

OVERTURE PLA is a reliable, easy-to-use material for smooth and consistent 3D printing. Made from eco-friendly, plant-based PLA, it delivers clean surface finish and dependable performance on most FDM more→3D printers. Ideal for beginners and experienced makers alike.

Tougher than PLA and more rigid than TPU, PETG strikes the perfect balance between durability and flexibility, making it ideal for functional parts. PETG delivers glass-like transparency with the dura more→bility to withstand the outdoors. FFF devices on the market with a filament diameter of 1.75mm can all be used, but high-speed FFF 3D printers perform better.

OVERTURE TPU is a flexible filament engineered for a smooth printing experience and long-lasting resilience. Featuring a Shore hardness of around 95A, it provides the ideal balance of flexibility and more→ease of use on most FDM printers. This versatile material is the perfect choice for creating functional parts that require both impact absorption and reliable structural stability.