
FDM
Fused Deposition Modeling
FDM is a filament-based technology in which a temperature-controlled head deposits a layer of thermoplastic material onto a build platform. If necessary, a support structure is created from a water-soluble material.
technology
In filament 3D printing (FDM/FFF), the starting material is heated through a nozzle and the melted material is applied layer by layer. If necessary, a support structure is created from a water-soluble material. The production process achieves very high levels of stability.

Advantages
Filament 3D printing (FDM/FFF) is the most cost-effective variant of 3D printing. The filament itself is available in a wide range of colors, but the finished print can also be subsequently colored or varnished. Prints can be produced in all RAL colors. FDM printing is particularly suitable for quick and inexpensive prototypes and is characterized by a variety of materials.
Applications

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Complex functional parts in small quantities
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Prototypes for suitability and functional tests
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High precision
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Durable components with high stability
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High-performance materials
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Short lead times
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Precise components for demanding tests and harsh environments
Technical data
Technical data
accuracy
± 0,2 mm
Max. printing space
260 x 260 x 260 mm
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Layer thickness
0.10-0.25 mm (depending on material)
Surface structure
Unprocessed components have a rough surface, but they can be reworked like traditionally manufactured plastic parts.
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Minimum wall thickness
1 mm
materials
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PLA
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ABS
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PC
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TPU
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PETG