3D-Printed Industrial Parts

3D-printed industrial parts are additively built polymer components created layer by layer from a digital model. The process supports prototypes, jigs, guards, ducts and complex low-volume replacements without conventional tooling, while material, orientation and finishing must be validated for the intended load and environment.

Key facts

Family: Industrial Components
Common types: Fused-filament part, Powder-bed polymer part, Flexible elastomeric part, Carbon-fibre reinforced part, Vapour-finished part
Materials: Polyamide 11, Polyamide 12, PEEK, Thermoplastic polyurethane, PETG, Carbon-fibre reinforced polyamide
Used in: Functional prototypes, Machine jigs, Protective covers, Legacy replacements, Fluid manifolds

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Types

Fused-filament part
Powder-bed polymer part
Flexible elastomeric part
Carbon-fibre reinforced part
Vapour-finished part

Materials

Applications

Functional prototypes
Machine jigs
Protective covers
Legacy replacements
Fluid manifolds

What to send for a quote

3D CAD model
material and process need
loads and environment
quantity
finish and tolerance

Questions about 3d-printed industrial parts

What should I send to identify 3d-printed industrial parts?

Send 3D CAD model, material and process need, loads and environment, quantity, finish and tolerance. Mark critical faces, threads and sealing surfaces on the model so allowances and secondary machining can be planned. A clear photograph, drawing or readable reference can resolve details that dimensions alone do not show.

How should I select 3d-printed industrial parts?

Choose process, material, build direction and post-treatment from strength, heat, chemicals, porosity, surface and dimensional needs. Confirm the mating parts and operating environment before ordering, since an apparently similar size can use a different profile, material or internal arrangement.

Last updated: 2026-10-08