Materials

Materials Library

3D Printing Materials

We offer 20+ industrial-grade materials for FDM and SLA printing. Each material is selected for specific performance characteristics — choose the right one for your application, or let us recommend one.

FDM Fused Deposition Modeling Materials
Nylon (PA6 / PA12)
Engineering Thermoplastic
The industrial workhorse — exceptional chemical resistance, toughness, and self-lubricating properties. Ideal for functional parts in harsh environments.
Chemical Resistant High Impact Self-Lubricating Up to 180°C
ASA / ASA Carbon Fiber
UV-Resistant Outdoor Material
The go-to material for outdoor applications. Full UV stability, weather resistance, and ABS-like strength. Carbon fiber variant adds rigidity and heat resistance.
UV Resistant Weather Proof ABS-Like Strength CF Variant
PETG
Versatile All-Rounder
The best balance of strength, ease of printing, and cost. Food-safe grades available. Excellent for enclosures, brackets, and general-purpose industrial parts.
Cost Effective Food Safe Grades Good Impact Easy to Print
ABS
Classic Engineering Plastic
The same material as LEGO bricks — tough, heat resistant, and easily post-processed. Ideal for prototyping and parts that need sanding, painting, or acetone smoothing.
Post-Processable Heat Resistant Tough ~100°C
TPU (Flexible)
Rubber-Like Flexible Material
Flexible, durable, and abrasion resistant. From soft 85A to semi-rigid 95A durometer. Perfect for gaskets, grips, bumpers, and wearable components.
Flexible Abrasion Resistant 85A–95A Shore Chemical Resistant
Polycarbonate (PC)
High-Impact Transparent Material
Extremely high impact strength — virtually unbreakable. Heat resistant to 130°C. Used where parts face repeated mechanical stress or need optical clarity.
Extreme Impact Transparent Options ~130°C Flame Retardant
Nylon Carbon Fiber
High-Strength Composite
Chopped carbon fiber reinforced nylon for maximum stiffness-to-weight ratio. Replaces aluminum in many applications. Dimensionally stable and lightweight.
Extremely Stiff Lightweight Replaces Aluminum ~145°C
PLA / PLA+
Standard & Tough PLA
Affordable, easy to print, and available in many colors. Best for visual prototypes, display models, and non-structural parts. Biodegradable.
Lowest Cost Many Colors Biodegradable Prototyping
Specialty & High-Temp
PEEK, PEI, PPS, PP, HIPS
Extreme-performance polymers for aerospace, medical, and demanding industrial applications. PEEK rated to 250°C+. Contact us for specialty material projects.
250°C+ Aerospace Grade Medical Grade FST Rated
FAQ Frequently Asked Questions
How do I choose the right 3D printing material?

Start from the failure mode: UV exposure → ASA; chemical contact → nylon; flexibility → TPU; high heat or impact → polycarbonate; maximum stiffness-to-weight → carbon fiber nylon. Material selection guidance is included with every quote — upload your file and tell us the operating environment.

What's the difference between FDM and SLA materials?

FDM thermoplastics are production-grade engineering materials for functional parts. SLA resins deliver finer detail and smoother surfaces for visual prototypes, patterns, and tight-tolerance small parts. We run both and match the process to the part.

Do reinforced composites cost much more?

Composites like carbon fiber nylon cost more per gram than standard polymers, but on stiffness-critical parts they frequently replace machined metal — making the total part cost 50–90% lower than the metal alternative.

Can you match a material my molder or machine shop was going to use?

Often the same family — molded PA-GF maps to printed glass filled nylon, molded ABS maps to printed ABS or ASA, machined aluminum often maps to carbon fiber nylon. Send the target spec and we'll recommend the closest production material, datasheets on request.

Not sure which material is right for your application? Upload your file and our team will recommend the best option.

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