Our Filaments

Our flagship PLA Pro filament delivers exceptional print quality with industry-leading ±0.02mm diameter tolerance. Perfect for prototypes, decorative models, and functional parts requiring precision and vibrant colors.

PLA+ Enhanced takes everything you love about PLA and makes it better. With 30% higher impact resistance and smoother layer adhesion, it's the go-to choice for functional prototypes.

ABS Pro is engineered for durability and heat resistance. Ideal for functional parts, automotive components, and applications requiring structural integrity under stress.

Crystal-clear PETG filament combining PLA's ease of use with ABS's strength. Perfect for translucent parts, functional prototypes, and food-safe applications.

Ultra-flexible TPU filament with Shore 95A hardness. Perfect for phone cases, gaskets, wearables, and any application requiring rubber-like flexibility.

PLA infused with 15% real carbon fiber for stunning matte finishes and exceptional stiffness. Ideal for drone parts, RC components, and display pieces.

Luxurious silk-effect PLA that produces stunning glossy, metallic-looking prints without post-processing. Perfect for decorative items, vases, and art pieces.

Photoluminescent PLA that glows bright green in the dark. Charges under any light source and lasts for hours.

PLA infused with 30% real wood fibers for authentic wood-like texture and appearance. Sands, stains, and smells like real wood.

UV-resistant ASA filament engineered for outdoor durability. Superior weather resistance makes it the go-to choice for automotive exterior parts, garden fixtures, and any application exposed to the elements.

Industrial-grade Nylon PA6 filament combining high strength, impact resistance, and chemical durability. Perfect for functional prototypes, gears, bearings, and mechanical parts that demand engineering-grade performance.

High-strength polycarbonate blend filament with exceptional heat resistance up to 110°C. Transparent with extreme impact resistance. Used for engineering prototypes, lighting fixtures, and structural components.

PLA infused with real metal powder (copper, bronze, steel) for stunning metallic weight and finish. Can be polished, brushed, and patina-treated for authentic metal aesthetics.

Stone-textured PLA with tiny dark specks that mimic natural marble and granite. Produces stunning sculptures, vases, and architectural models with zero visible layer lines.

Carbon fiber reinforced PETG combining the chemical resistance and ease of PETG with the stiffness and dimensional stability of carbon fiber. Perfect for drone frames, fixtures, and structural components.

Water-soluble PVA support filament for complex multi-material prints. Dissolves completely in warm water, leaving clean overhangs and intricate internal geometries impossible with breakaway supports.

Color-changing PLA that shifts between colors at 31°C. Transforms from one vibrant color to another with heat — touch it, warm it, or cool it for magical color effects. Perfect for interactive toys and gadgets.

Foamed lightweight PLA filament utilizing advanced micro-foaming technology to reduce part weight by 30-50%. Designed for RC aircraft, FPV drones, UAV airframes, and any application where weight is critical. Delivers 0.8 g/cm³ density — matching LW-PLA performance while maintaining excellent interlayer adhesion. Bambu Lab AMS compatible.

The ultimate outdoor UAV filament combining ASA's UV resistance with micro-foaming lightness. Engineered for FPV fixed-wing airframes, long-endurance drones, and outdoor structural components that must withstand sun, rain, and temperature swings. 35% lighter than standard ASA with 10x the UV resistance of ABS.

Specially formulated TPU with Shore 68D hardness that feeds reliably through Bambu Lab AMS and all multi-material units. Say goodbye to manual TPU loading — print flexible parts in full multi-color with automatic material changes. Ideal for gaskets with rigid inserts, phone cases with color accents, and functional wearables with multi-material complexity.

Polyphenylene Sulfide reinforced with 15% carbon fiber — our most extreme industrial filament. Withstands continuous 230°C service temperature, resists virtually all chemicals, and delivers metal-like stiffness. Designed for under-hood automotive components, chemical processing fixtures, aerospace ducting, and oil & gas tooling. Requires active chamber heating for optimal results.

Polyphthalamide with 15% carbon fiber — the most requested Bambu Lab engineering filament. Superior to PA6-CF in every dimension: 40% lower moisture absorption, higher strength, better dimensional stability. The go-to material for production jigs, robotic end-effectors, functional automation components, and manufacturing tooling that must hold micron tolerances.

High-Temperature Carbon Fiber Nylon engineered for sustained performance at 150°C+. Perfect for automotive engine bay components, industrial oven fixtures, and manufacturing environments where standard PA6-CF would soften. Combines nylon toughness with carbon fiber stiffness and high-temperature stability.

Classic PA6 Nylon reinforced with 20% chopped carbon fiber for exceptional stiffness-to-weight ratio. The go-to engineering material for structural drone components, robotics linkages, bicycle accessories, and functional prototypes that need real mechanical performance. Requires active drying for optimal results.

ASA reinforced with carbon fiber for outdoor structural applications. Combines ASA's legendary UV and weather resistance with the stiffness and dimensional stability of carbon fiber. The ideal choice for outdoor brackets, antenna mounts, solar panel fixtures, and marine hardware that must withstand years of sun and rain without degrading.

Pure PET (not PETG) reinforced with 15% carbon fiber for improved strength, stiffness, and heat resistance over PETG-CF. Lower moisture sensitivity than nylon-based CF filaments. Ideal for functional prototypes, jigs, fixtures, and end-use parts that need engineering performance without the drying hassles of nylon.

ABS reinforced with 15% glass fiber for improved strength, stiffness, and heat resistance at an accessible price point. Fills the gap between standard ABS and carbon-filled nylons. Excellent for functional prototypes, tooling, and structural brackets where thermal stability matters. More cost-effective than CF-filled alternatives.

PA6 Nylon with 20% glass fiber for improved stiffness, dimensional stability, and reduced warping versus unfilled nylon. Glass fiber provides a more economical alternative to carbon fiber while still delivering engineering-grade performance. Natural translucent finish that can be dyed.

Advanced water-soluble support filament optimized for Bambu Lab multi-material systems. Dissolves cleanly in warm water (40-60°C) in 2-6 hours leaving zero residue on even the most complex internal cavities and overhangs. Far superior dissolution rate vs standard PVA — engineered specifically for modern high-speed IDEX/AMS printers.

Breakaway support filament designed for clean manual removal with zero post-processing chemicals. Engineered with a special interface layer technology that creates a weak bond to the model while maintaining rigid support structures. Perfect for ABS, ASA, and PA prints where water-soluble supports aren't practical. Pops off clean with a flathead screwdriver or pliers.