Materials & Technology

Choose the right Material for your application

Our Base Materials

3D printed gray nylon (PA12) part produced with Multi Jet Fusion for durable and precise applications.

Gray Nylon Parts

MJF - PA12


Versatile and suitable for strong and precise production parts

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3D printed white nylon (PA12) part produced with selective laser sintering for smooth surface and detailed accuracy.

White Nylon Parts

SLS - PA12


White nylon with sharp detail and accuracy

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Additional Materials

3D printed reinforced nylon (PA12GF) part produced with selective laser sintering for strong, dimensionally stable tooling and fixtures.

Reinforced Nylon Parts

SLS - PA12GF


Rigid, dimensionally stable, low-warp tooling and fixtures

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3D printed ESD-safe nylon (PA12) enclosure produced with Multi Jet Fusion for electronic applications requiring static dissipation.

ESD Nylon Parts

MJF - PA12


Static-dissipative, strong, and accurate for electronic applications

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3D printed flexible TPU part produced with selective laser sintering, showcasing elasticity and durability for functional applications.

Flexible Parts

SLS - TPU


Elastic, durable, and resilient for functional applications

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PA11 BlueCare polymer powder used in special 3D printing applications such as food-safe and high-temperature parts, offered by Norra AM.

Special Materials & Applications


From food-safe and high-temperature polymers.

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Frequently Asked Questions

How do I know which material is best suited for my specific application?
You choose 3D printing material based on strength, flexibility, heat resistance, and surface finish. We guide you through selecting the strongest 3D printing materials or flexible vs rigid options depending on your needs.
What is the difference between MJF and SLS when choosing a material?
The technologies offer different trade-offs—MJF produces stronger, more isotropic parts, while SLS gives cleaner surface detail. When comparing materials like PA11 vs PA12, the choice depends on whether you need impact resistance or maximum stiffness.
Are there any limitations or design considerations I should be aware of when choosing a material?
Yes, each material has minimum wall thickness, gap, and feature size limits. These vary between the strongest 3D printing materials and flexible vs rigid materials, so always cross-check with our Design Guidelines.