FDM – Fused Deposition Modeling
A cost-effective 3D printing process for manufacturing plastic components. It is particularly well-suited for prototypes, simple functional parts, and fixtures where cost and time savings are a priority.
understand the process
How does the FDM process work?
In the FDM process, plastic filament is heated and extruded through a nozzle in successive layers. The material hardens immediately upon exiting the nozzle and bonds with the layer below.
The layer-by-layer build continues until the part is fully fabricated. Depending on the geometry, additional support structures may be required, which are removed after printing.
Features & Benefits
Features & Benefits of FDM
FDM is a relatively simple and cost-effective 3D printing process and is frequently used in early development phases.
Overview of the advantages of the FDM process:
- Cost-effective prototype manufacturing
- fast delivery times
- wide selection of plastic filaments
- suitable for simple functional components
- ideal for fixtures, mounts, and enclosures
Compared to methods such as SLS or MJF , the FDM process focuses on the cost-effective and rapid production of components.
Typical applications
Typical applications for FDM
FDM complements other industrial 3D printing processes, particularly in the early stages of development. While processes such as SLS or MJF are often used for near-production parts and components subjected to higher loads, FDM enables the efficient production of prototypes, jigs, and simple functional parts.
Typical FDM applications include:
- Prototypes and concept models
- simple functional components
- Assembly aids and fixtures
- Housings and Mounts
An overview of our FDM materials
Did you know?
FDM is also known as FFF (Fused Filament Fabrication).
good to know
FDM Compared to Other 3D Printing Methods
Compared to SLS or MJF , FDM offers less detail and mechanical strength, but is cost-effective and can be implemented quickly. Other processes are better suited for production parts or high-stress applications.
Top Tips for Design
Is FDM the right 3D printing process for your project?
Whether FDM is suitable for your application depends on the requirements for precision, component load, and production volume.
We would be happy to advise you on whether FDM is the right choice for your application.
Constance Brestrich
Expert in Stereolithography & FDM
I look forward to hearing from you!
+49 (0) 341 231 837 50 info@rapidobject.com