Fused Deposition Modeling - FDM
FDM is the most common 3D printing technology. This method produces layer-by-layer objects by dissolving plastic wires, much like a hot glue gun.
The great advantage of FDM is the durable materials used, the stability of the mechanical properties and the quality of the parts.
The thermoplastic materials used in FDM are suitable for the production of detailed functional prototypes and high durability tools.
This method is suitable for printing complex parts for final use, prototyping for testing or final prototyping.
Regular size models:
MAREBOT
REPLICATOR+
Print stable and strong parts.Print in PLA, especially suitable for high-priced prototypes.
FlashForge
Creator Pro
Printing materials: PLA, TPU 95A, ABS, PETG
Large scale models
**Large scale models up to Meter X Meter
3D PLATFORM
Series Workbench Classic 200
Print larger parts faster, without the need to split or print multiple parts that require assembly.
BIGREP
One
Large-scale industrial 3D printing.
CreatBot
F430
Printing on engineering materials like PEEK and Ultem
FDM is the most widely used 3D printing technology. In this method, objects are created layer by layer by dissolving plastic wires, similar to a hot glue gun.
The great advantage of FDM are the durable materials used, the stability of the mechanical properties and the quality of the parts.
The thermoplastic materials used in FDM are suitable for the production of a detailed functional prototype and high-resistance tools.
This method is suitable for printing complex parts for final use, prototype production for testing or production of prototypes.
Printer: MAKERBOT REPLICATOR+
Main features:
- Production time: Minimum one working day
- Maximum Size Structure: 295X195X165MM
- Layer thickness: 100 microns
- Diameter: 0.4MM
