MATERIALS
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The most common 3D printing material. Easy to print, great surface finish. Ideal for prototypes, display models, and low-stress applications.

PLA with a smooth, glossy, silk-like finish. Ideal for aesthetic models, gifts, and display pieces.

Improved PLA with better layer adhesion, impact resistance, and slight flexibility.

Significantly higher impact resistance while retaining PLA's printability.

Carbon fiber reinforced PLA. Extremely stiff and strong with a premium matte finish.

Versatile workhorse with good chemical resistance, decent heat tolerance, and slight flexibility.

Enhanced PETG with better impact resistance while retaining chemical resistance.

Carbon fiber PETG combines chemical resistance with greatly increased stiffness.

Classic engineering plastic with solid heat resistance and machinability. Can be acetone-smoothed.

Carbon fiber ABS with the heat resistance of ABS plus added stiffness and dimensional stability.

ABS with superior UV stability. Engineered specifically for outdoor use.

Flexible, rubber-like material with excellent impact and abrasion resistance.

Ultra-soft flexible material, even more compliant than TPU. Great for very soft touch applications.

Tough, flexible, and wear-resistant. Great for parts that need to flex without breaking, and for high-load structural components.

Carbon fiber Nylon delivers exceptional strength-to-weight ratio with excellent heat resistance.

Glass fiber reinforced Nylon. Better surface finish than CF variant at a lower cost.

One of the strongest and most heat-resistant FDM materials. Can be printed clear.

Carbon fiber Polycarbonate for the most demanding structural and thermal applications.

Lightweight, chemical resistant, and living-hinge capable. Widely used in packaging and medical.

A copolyester combining the toughness of PC with the printability of PETG. Excellent impact resistance and optical clarity.