In fused deposition modeling (commonly known as “FDM”), parts are produced through the extrusion of thermoplastic materials from spools or wires. FDM is particularly popular among manufacturers who need the flexibility to use engineering-grade thermoplastics like ABS and polycarbonate.
Our FDM Work
About Fused Deposition Modeling
Fused deposition modeling (FDM), a common additive manufacturing technique, requires two kinds of materials to create a finished product. The process utilizes a support material that acts as a structure for the modeling material that will comprise the final piece or prototype.
In FDM, an extrusion nozzle lays melted plastic or metal material onto a base/build platform/table in a crosshatch pattern based on coordinates supplied by the 3D CAD file. As each layer solidifies, the base is lowered for the next layer. Support materials are removed by hand once the part comes off the machine, and the part or prototype can then be finished and polished to final spec.
Why Choose Fused Deposition Modeling
The FDM process is excellent for:
FDM prototypes can endure heat, chemical, and mechanical pressure.
Form and fit testing
FDM produces highly detailed parts that can be used to test fit and form.
Small, detailed, end-use parts
FDM’s detailed parts can be used in end-use capacities.
Parts made of engineering-grade plastics
ABS and polycarbonate are several of the options available with FDM.
Typical Fused Deposition Modeling Use Cases
|Small-batch manufacturing||Complex geometries||Pieces with open cavities|
|Final-part manufacturing||End-use parts||Click here to see available finishes|