FDMFused Deposition Modeling

Fast, flexible and cost-effective prototyping

FDM melts thermoplastic filament and extrudes it through a heated nozzle, depositing it layer by layer to build strong, functional components.

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Materials: PLA, ABS, PETG, nylon, TPU, carbon-fiber composites
Strength: Good for general use
Detail & finish: Medium (visible layer lines)
Surface roughness (Ra): 100 – 200 µm
Support structures: Required (easily removable)
Build speed: Fast (especially for large parts)
Cost per part: Low
Best for: Functional prototypes, jigs, fixtures, end-use parts

Cost-effective

Ideal for rapid design iterations

Fast turnaround

From design to part in hours or days

Wide material choice

Standard to engineering-grade plastics

Large build size

Suits small to large components

Functional parts

Strong and durable for real-world use

How it works

Inside the machine

Hover over a numbered point or a list item to see where each part sits.

Capabilities

What FDM is good at

Cost-effective functional parts in a wide range of thermoplastics.

Materials

PLA · Easy to print, low cost
ABS · Strong, heat resistant
PETG · Tough and chemical resistant
ASA · UV and weather resistant
Nylon · High strength and durability
Polycarbonate (PC) · High temperature
TPU · Flexible, elastomeric
Carbon-fiber / glass-fiber reinforced

Key advantages

Low cost per part
Fast prototyping
Wide range of materials
Large build volumes
Suitable for functional testing
Easy design modifications
Minimal material waste

Applications

Functional prototypes
Brackets and mounts
Jigs and fixtures
Enclosures and housings
Automotive components
Ergonomic models
Assembly checking
Tooling aids
End-use parts (select materials)

Process flow

From CAD file to finished part

01
3D CAD model
Design or modify
02
Slicing
Convert to layers
03
3D printing
Layer-by-layer fabrication
04
Post-processing
Support removal, finishing
05
Final part
Ready for testing or use

Sample parts

Typical FDM parts

Functional bracket

ABS

Prototype gear

PLA

Enclosure

PETG

Jig / fixture

Nylon CF

Explore other technologies

3D printing overview

CAD DesignPrecise 3D models engineered for manufacturability.SLASmooth, highly accurate resin parts with fine feature detail.SLSStrong nylon parts with total design freedom and no supports.MJFFast, consistent nylon parts built for batch production.Vacuum CastingBatches of polyurethane parts with production-like finish and color.3D ScanningTurn physical parts into accurate mesh and CAD data.

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Have a part in mind?

Send us a CAD file, a sketch or a sample part. We'll recommend the right process, material and finish, and get back to you with a quote.