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Copper is a metal known for its fantastic thermal and electrical conductivity. Ideal applications for 3D printing in copper include induction coils, heat exchangers and electrical wiring.
Copper is a metal material very popular for its great thermal and electrical conductivity, and high ductility. Ironically, these characteristics are also what made it impossible to be 3D printed until 2018. For instance, its highly conductive properties caused the heat from electric beams to be reflected. Material manufacturers had to develop new techniques to make 3D printing with this metal alloy possible.
These new techniques have optimized the material and existing processes in a way that highly conductive 3d printed copper parts can now be produced in a cost-efficient manner. These parts exhibit high stiffness, low magnetic permeability and high elongation at break. One of its main physical characteristics is the reddish color that gets a greenish hue due to oxidation.
One of the advantages of 3D printing in copper is the increase in performance caused by the design freedom that only additive manufacturing can offer. Some common applications for copper parts are heat exchangers, induction coils heat pipes and hair pin stator.
✦ Great thermal properties
✦ Excellent electrical conductivity
✦ Design freedom for 3D printing in Copper increases the performance of parts
✦ Highly malleable
✧ Susceptible to corrosion in specific environments
✧ Corrosion can occur at any moment
– Electrical wiring
– Conductive inductors
– Electronic device cooling
Direct Metal Laser Sintering produces high-end metal parts free of residual stress and internal defects.
Electron Beam Melting creates sophisticated parts with high dimensional accuracy and strength.
Max. Bed Size (mm)
Max. Bed Size (in)
Elongation at Break
* These values are meant to give a general idea of the material. Actual values may vary according to chosen material brand, 3D print service and build condition. Please refer to the Beamler online quoting platform for actual technical data of each material brand.
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