Functionalize, the 3D printing information and resource site, has released a new guide covering Fused Deposition Modeling (FDM).
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While FDM has a reputation for only being suitable for making prototypes, the new guide from Functionalize argues that it has wide-ranging capabilities. In particular, it can be effective for non-visual end-use products.
More information can be found at https://functionalize.com/
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 that found the majority of respondents choose 3D printing over other production methods largely due to its unmatched capacity for creating intricate geometrical parts.
"Gaining a better understanding of fused deposition modeling is essential to appreciate the potential of this additive manufacturing process. It is important to comprehend how it works, in comparison with stereolithography," Functionalize said in its article.
The FDM process works by precisely depositing material in thin layers that correspond to the desired 3D object design. 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.
FDM 3D printing has already been adopted by aerospace and automotive companies for small end-use parts and prototypes. Its ability to fabricate complex and lightweight components makes it ideal for these industries.
The technology also stands out for its quick turnaround times and scalability. The same equipment can print both small and large builds, enabling businesses to easily expand their production.
However, the guide notes that FDM does have some limitations users should be aware of. The layered print process means the parts may deform or change shape under certain stresses or conditions. Mechanical performance can also vary between prints due to a number of factors. Proper design, machine calibration, and material selection are key to achieving consistent and reliable FDM parts.
A spokesperson states: "FDM is a cost-effective and budget-friendly 3D printing technology that produces parts from filaments at a fraction of the cost compared to other additive manufacturing techniques. The materials used for FDM are comparatively inexpensive, allowing users to achieve their desired outcome without breaking the bank."
Interested parties can learn more at https://functionalize.com/what-is-fdm-3d-printing/
Contact Info:
Name: Scott Hall
Email: Send Email
Organization: Functionalize
Address: 60 W 23rd St Suite 638, New York, NY 10010, United States
Website: https://functionalize.com/
Source: PressCable
Release ID: 89113254
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