Scale from prototype to production with a dedicated team managing cost, quantity, and quality for every order.
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Two advanced photopolymer materials just joined the library for high-requirement printed parts.
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A hands-on sample part that shows wall thickness, boss, and rib rules for molded parts at a glance.
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From custom prototyping to end-use production, we help teams drive product development forward.
Learn MoreBuild practical thermoplastic prototypes and end-use components through a fast, dependable additive process.
FDM builds components layer by layer from heated thermoplastic filament, making it a practical choice for economical functional iterations.
| Parameter | US | Metric |
|---|---|---|
| Available build envelope | Quoted by geometry | Quoted by geometry |
| Layer resolution | Process selected | Process selected |
| Minimum feature planning | Review at quote | Review at quote |
| Tolerance approach | Feature dependent | Feature dependent |
Placeholder detail copy for PLA (prototyping grade).
Placeholder detail copy for PETG.
Placeholder detail copy for ASA.
Placeholder detail copy for ABS.
Placeholder detail copy for TPU.
Placeholder detail copy for ABS-ESD (industrial).
Placeholder detail copy for Nylon-CF (industrial).
Placeholder detail copy for PC (industrial).
Placeholder detail copy for ULTEM-class (industrial).
FDM is often selected for practical thermoplastic parts and cost-conscious iteration, while SLA prioritizes fine visual detail and SLS supports complex nylon geometry without traditional supports.
Quote an FDM build today.