Everything You Need To Know About FDM In 3D Printing: Learn About Its Advantages & Limitations

Everything You Need To Know About FDM In 3D Printing: Learn About Its Advantages & Limitations, updated 11/15/23, 12:00 AM

Functionalize discusses the use cases for fused deposition modeling (FDM) printing in its latest guide, breaking down everything you need to know! Find out more at: https://functionalize.com/

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Everything You Need To Know About FDM In 3D
Printing In One In-Depth Guide
Fused deposition modeling (FDM) 3D
printing is affordable and versatile because
it works both horizontally and vertically.
If you're a beginner in the world of
3D printing, you can learn all
about it in this guide from
Functionalize!
That's right, you may have heard that
FDM is only suitable for making
prototypes, but Functionalize argues
that it has wide-ranging capabilities.
A recent report from G2 shows that 3D
printing is poised for immense growth
in the coming years, with projected
expansion of up to 27% annually.
They cited a survey showing the majority
of respondents choose 3D printing
methods largely due to its unmatched
capacity for creating intricate geometrical
parts.
With FDM, the plastic
filament feedstock is
heated to a semi-liquid
state and then extruded
through a nozzle onto the
build plate.
As it hardens, the material fuses with the
layer below it - and the process repeats
until the full object has been formed.
Find out more at:
https://functionalize.com/