39 materials. One platform.

The default starting point for FDM. Easy to print, good detail, available in many colors. Biodegradable and food-safe options exist.

Bridges the gap between PLA and ABS. Chemical resistant, slightly flexible, good layer adhesion. Excellent for parts that need to handle mild stress and moisture.

Higher heat resistance and impact strength than PLA. ASA adds UV stability for long-term outdoor exposure. Both can be post-processed with acetone for a glossy finish.

ASA is UV-stable — recommended over ABS for outdoor use.

Carbon-fiber reinforced nylon delivers exceptional stiffness-to-weight ratio. The go-to for structural brackets, drone frames, and end-use production parts.

Rubber-like thermoplastic at 95A Shore hardness. Excellent for parts that must compress, flex, or absorb impact without breaking.

Carbon-filled PET combines excellent dimensional stability with high stiffness. Lower moisture absorption than nylon — ideal for precise mechanical parts.

Excellent surface finish and fine detail resolution straight off the printer. Best for prototypes where appearance and precision matter more than mechanical properties.

Simulates ABS with high impact resistance. Designed for parts that need to withstand repeated stress without breaking — snap fits, clips, and functional assemblies.

Glass-filled SLA resin with the highest stiffness. Extremely low deflection under load — for parts that must not flex even under high temperatures.

SLA-quality surface finish in a rubber-like material at 80A Shore. Prints with much better detail than FDM TPU — ideal for medical prototypes and wearables.

Designed specifically for lost-wax casting. Burns out cleanly without leaving residue — producing the ultra-smooth investment casting surface jewelry and dental labs need.

ISO 10993-tested biocompatible resin for prolonged mucosal contact. Used for surgical guides, dental models, and medical device prototypes that contact skin or tissue.

ISO 10993 biocompatible. Requires signed compliance documentation.

Best entry-point resin for display models, concept parts, and smooth-surface prototypes. Lower cost than SLA with comparable surface finish.

Simulates ABS toughness in a photopolymer. Excellent for snap fits, functional enclosures, and mechanical prototypes that need impact resistance.

Near-optical transparency after post-processing. Used for lenses, fluid channels, light pipes, microfluidic chips, and display covers.

Shore 50A elastomeric resin with excellent tear resistance. Perfect for gaskets, grips, and wearable device prototypes with SLA-quality surface detail.

Withstands temperatures above 200°C. Used for thermoforming tools, under-hood automotive parts, LED housings, and heat-resistant fixtures.

High-accuracy dental model resin with Class I biocompatibility. Prints study models, surgical guides, and orthodontic appliances at sub-50 µm accuracy.

Class I biocompatibility. Requires usage attestation form.

Most cost-effective large-format material. Chemical resistant, food-safe, and easy to process. Perfect for large enclosures, jigs, and production-scale prototypes.

UV-stable outdoor-grade material for large enclosures, architectural models, signage, and anything exposed to sunlight long-term.

Carbon-filled nylon for large structural parts — drone frames, automotive tooling, and aerospace ground support equipment. Best stiffness-to-weight in our FGF lineup.

Excellent chemical resistance and low density. Used for tanks, chemical containers, lab equipment, and large living-hinge assemblies.

PP has living-hinge capability — can flex millions of cycles without failure.

The highest-performance thermoplastic available. Continuous use above 250°C, fully biocompatible, chemically inert. The material of choice for the most demanding aerospace and medical applications.

Flexible large-format printing for gaskets, bumpers, shock absorbers, and custom packaging inserts. Shore 90A hardness.

The most versatile medical-grade stainless steel. Excellent corrosion resistance, biocompatible, and food-safe. Used in surgical instruments, marine hardware, and chemical processing.

Precipitation-hardening stainless steel. Exceptional strength after heat treatment — used in aerospace fasteners, defense hardware, and precision machinery.

Maraging steel for tooling applications. Extreme hardness after aging — the standard for injection mold inserts with conformal cooling channels.

Best strength-to-weight ratio in our lineup at less than half the density of steel. Fully biocompatible for medical implants. Standard for aerospace and motorsport structural parts.

Lightweight aluminum alloy with good thermal conductivity. Ideal for complex heat sinks, drone frames, automotive brackets, and any application needing low weight.

Nickel superalloy maintaining strength at temperatures up to 982°C. Resists oxidation, corrosion, and pitting. The standard for turbine blades, exhaust systems, and chemical reactors.

Most widely used technical ceramic. Excellent hardness, chemical inertness, and electrical insulation up to 1600°C. The go-to for wear parts, insulators, and lab equipment.

The hardest and toughest oxide ceramic. Biocompatible and approved for dental crowns, bridges, and implant components. Polishes to a near-translucent, tooth-like finish.

One of the hardest materials known — second only to diamond. Extreme chemical resistance and thermal conductivity. Used in semiconductor processing equipment and high-temperature reactors.

Traditional ceramic with exceptional surface quality. Print complex artistic and functional objects that cannot be thrown on a wheel. Food-safe after glazing.

Glazing available — standard food-safe glaze included at no extra charge.

Tricalcium phosphate mimics bone mineral composition and is bioresorbable in the body. Used in regenerative medicine for bone scaffolds and tissue engineering research.

Compliance documentation required for biomedical applications.