From everyday prototypes to aerospace-grade structural parts, we stock a wide range of engineering-grade FDM thermoplastics. Select yours when you upload your file.
The most widely used FDM material. Easy to print, available in a wide range of colors, and great for prototypes, display models, and any part that doesn't need to handle heat or heavy loads.
Strong, moisture-resistant, and easy to print. A big step up from PLA in durability without being difficult to work with. Our most popular material for functional enclosures and production parts.
Durable, impact-resistant, and handles higher temperatures than PLA. Sandable and compatible with acetone smoothing for a near-injection-molded surface finish.
The outdoor-rated version of ABS. UV-stable, weatherproof, and color-fast. Use it when your part lives outside or in sunlight and needs to hold its shape and color over time.
One of the toughest thermoplastics available. Exceptional impact strength, very high heat resistance, and optionally transparent. Used in demanding structural and thermal applications.
High strength, flexible, and wear-resistant. The go-to for mechanical parts under repeated stress. Excellent fatigue resistance and a naturally self-lubricating surface make it ideal for gears, snap-fits, and hinges.
Designed for continuous use at elevated temperatures where standard nylons and ABS would deform. Used in engine bays, industrial tooling, and applications that see prolonged heat exposure.
A premium industrial-grade polymer with outstanding chemical resistance and thermal stability. Used in chemical processing equipment, electrical components, and parts exposed to harsh solvents.
PLA with chopped carbon fiber for increased stiffness and a distinctive matte black finish. Rigid and lightweight. Great for brackets, housings, and visual parts that need structural rigidity without the complexity of engineering nylons.
PETG's chemical resistance and toughness combined with carbon fiber stiffness. Dimensionally stable and moisture-resistant. A practical choice for industrial enclosures and functional structural parts.
Superior stiffness and dimensional stability. Ideal for structural enclosures and industrial components that need to hold tight tolerances under mechanical load.
Maximum stiffness-to-weight ratio in an FDM material. Carbon fiber reinforced nylon delivers exceptional mechanical performance for aerospace brackets, UAV frames, and high-load structural components.
Carbon fiber reinforced high-temperature nylon combining extreme stiffness with thermal resistance well above standard nylons. Used in under-hood automotive parts, tooling, and performance engineering applications.
Polycarbonate's exceptional impact strength combined with carbon fiber stiffness. Tough and rigid at the same time. Suited for parts that need to survive high impacts without cracking under mechanical load.
Semi-flexible with excellent impact and abrasion resistance. The most versatile TPU for functional parts. Good for grips, gaskets, protective covers, and parts that need some give without being fully soft.
Softer and more flexible than 95A. Closer to a medium-durometer rubber. Use it when parts need to compress, conform, or flex significantly under load while remaining tough and tear-resistant.
The softest TPU we carry. Very rubber-like, with high elongation and excellent tear strength. Suited for soft-touch overlays, shoe insoles, compliant mechanisms, and parts that need maximum flex.
Water-soluble support material for multi-material prints. Dissolves completely in water with no scraping or manual removal. Allows complex geometries and internal cavities that would otherwise be unprintable.
A support material designed for clean, easy manual removal. No solvents or long soaking times. Snaps away cleanly from the model surface with minimal post-processing. Good for larger overhangs and faster jobs.
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