FDM 3D printing: from prototype to load-bearing part
FDM (Fused Deposition Modeling) combines relatively low cost, short lead times and a wide range of materials — suitable for both simple and complex applications.
FDM printing is a widely applicable 3D printing technique, commonly used for developing and producing prototypes, functional parts and custom solutions. It is used for a broad range of products: from small everyday items and visual models to technically load-bearing parts for industrial environments.
With the right material choice, FDM can be tuned to requirements such as strength, temperature resistance, chemical resistance or flexibility. We advise on the material that fits the application with every request.
How does 3D printing work?
In FDM, a thin strand of plastic (filament) is heated until it melts. The molten material is deposited precisely through a small nozzle — layer by layer — until the complete product has been built up.
The printer follows a digital 3D design, enabling shapes that are difficult or even impossible with traditional production techniques. Because every object consists of hundreds of thin layers, both simple and complex parts can be produced with high precision.
Where FDM makes the difference
Prototyping & product development
Validate designs, check fits and test functionality.
Functional parts
Parts that are actually put to use.
Tools, jigs & fixtures
Custom moulds, jigs and fixtures for production and assembly processes.
Custom work & personalisation
Client-specific products and unique parts, tailored to the application.
Education & visualisation
Models and replicas for demonstration, explanation or training.
A material for every requirement
From quick prototypes to high mechanical performance.
PLA · PETG · ABS
For prototypes and general applications — a good balance between speed, quality and cost.
TPU
For resilient parts such as protective covers, dampers or seals.
Nylon · PC · PEEK
For applications demanding higher mechanical performance or temperature resistance.
Glass & carbon fibre
Fibre-reinforced or high-temperature materials, matched to specific operating conditions.
Available right away
Several filament types in stock — other types on request.
Besides the standard materials, other filament types can also be used. Feel free to get in touch →
Unsure about the right material?
Send us your design — we assess manufacturability and advise free of charge.
Get in touch →