FDM (Fused Deposition Modeling)

Experience the epitome of Fused Deposition Modeling (FDM) with our unparalleled service.

FDM is an additive manufacturing method, constructing parts layer by layer using heated thermoplastic filament. It excels in creating durable components of various shapes and sizes, utilizing materials such as ABS, PC-ISO polycarbonate, and ULTEM 9085. FDM delivers exceptional thermal and chemical resistance, along with impressive strength-to-weight ratios, making it ideal for prototypes, engineering models, and production parts. Our quick turnaround and finishing choices make FDM a wise option across the board.

BENEFITS

Explore a spectrum of vibrant colors and harness the resilience and robustness of extruded engineering grade plastics for your durable parts.

LEAD TIME

Our standard lead time for FDM projects typically ranges from 3 to 5 business days for shipping.

TOLERANCES

FDM prototypes offer precise tolerances, starting at +/- .005″ for the initial inch and adding only +/- .002″ for every subsequent inch.

BUILD LAYER THICKNESS

FDM parts are commonly constructed with a layer thickness ranging from .007″ to .010″.

RECOMMENDED MINIMUM FEATURE SIZE

For FDM parts, the suggested minimum feature size ranges from .025″ to .030″, while offering a single piece build size of up to 36″ x 24″ x 36″. Additionally, larger components can be printed in segments and seamlessly assembled using industrial adhesive.

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IDEAL USES OF FDM

➟ Manufacturing aids
➟ Low volume production parts
➟ Jigs and fixtures
➟ Functional prototypes
➟ Master patterns
➟ Threaded inserts installed mid-build
➟ End use material validation

FDM PRINTERS

➟ Fortus 900mc
➟ Fortus 450mc
➟ Fortus 250mc
➟ Dimension 1200es

FDM MATERIALS

➟ ABS ESD7
➟ ABS P400
➟ ABS M30
➟ ABS M30i
➟ PC-ABS
➟ PC
➟ PC-ISO
➟ ULTEM 1010
➟ ULTEM 9085
➟ PPSF/PPSU

FDM FINISHING OPTIONS

➟ Support Removal
➟ Painted
➟ EMI Shielding

Fused Deposition Modeling (FDM) is a 3D printing technique that melts and deposits filament layer by layer.