sls process

PETG-CF

Carbon-reinforced PETG combining the chemical resistance of PETG with added stiffness from carbon fibre fill.

Tensile Strength

High

Heat Resistance

Up to 80°C

Flexibility

Rigid

Layer Height

0.15–0.2mm

color options

Black
Applications

Where SLS PA12
Performs Best

From surf foil to motorsport, our parts perform in the most demanding environments on the planet.

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Aerospace

Aerospace 3D printing enables lightweight, high-performance components without traditional tooling constraints. SHAPES*lab manufactures aerospace parts using SLS PA12, PA12-CF, PA12 Glass, and advanced polymers optimized for strength, weight reduction, thermal stability, and repeatability. Typical applications include structural brackets, airflow ducts, housings, inspection tooling, jigs, and rapid prototype assemblies for validation. Our workflow supports prototype development, low-volume production, and CAD-driven parts for demanding aerospace environments.

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How It's Made

FDM

process

1

Brief & Design

Share your CAD file or sketch. We review geometry, wall thickness, and tolerances — and send back DFM feedback within 24 hours.

2

Material Selection

We recommend the right material for your application — whether that's isotropic SLS nylon, saltwater-resistant PETG Marine, flexible TPU, or marine-grade PETG.

3

Print & Quality Check

Parts are printed with precision tolerances and inspected against spec. Every critical dimension is verified before dispatch.

4

Deliver & Iterate

Fast turnaround — typically 48–72h. We iterate with you until the part performs exactly as required.

Ready to Build

Print in

SLA Resin

application?

Upload your file and get a quote within 24 hours. Or request a free sample part to test the material before committing.