FDM Technology
FDM 3D printing (Fused Deposition Modeling) consists of depositing successive layers of molten filament that bond together at high temperature, forming a durable, three-dimensional object. It is one of the most practical and versatile 3D printing technologies, working well for prototypes as well as functional parts or short production runs.
How FDM technology works
The printing process starts with preparing the 3D model and setting the print parameters. Then the filament is heated and deposited layer by layer by the printer until the finished part is obtained.
3D Model
First, a 3D file is needed that defines the shape and geometry of the part.
Print preparation
The model is configured for material, quality, infill and other parameters.
Layer deposition
The heated filament is precisely deposited layer by layer, forming the finished object.
Finished part
After printing we get a durable part, ready for testing, use or further processing.
Advantages of FDM technology
FDM is a solution valued for functionality, good quality and cost-effectiveness across many types of projects.
High mechanical strength
The technology works well for technical and functional parts.
Good dimensional accuracy
Serial production capability
Good quality-to-price ratio
Fast turnaround time
Where FDM is used
FDM technology is used across many industries and projects, wherever speed, functionality and production flexibility matter.
Featured work
We combine creativity with technical expertise to create experiences that captivate audiences
Object of the future
Object of the future
Object of the future
Object of the future
Object of the future
Object of the future
Object of the future
Object of the future
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