Copper is engineered for conductive additive manufacturing where high electrical conductivity, efficient heat transfer, and precise geometry are critical. Its high purity supports copper 3D printing applications that require stable performance in thermal and electrical systems.
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This Markforged 3D printing material contains 99.8% pure copper, enabling strong electrical and thermal conductivity in printed components. In addition, the material maintains consistent density and dimensional accuracy for thermal management 3D parts that operate under continuous load. Its conductivity also supports heat transfer 3D materials used in cooling plates, induction tools, and current-carrying structures.
Copper’s thermal conductivity allows efficient dissipation of localized heat, making it effective for heat exchangers and precision cooling features. In addition, its electrical conductivity supports components used in power distribution systems, RF tooling, and electromagnetic devices. These properties give engineers reliable performance in copper 3D printing applications that require energy flow, heat stability, and fine detail matter.
Conductive additive manufacturing produces geometries that aren’t available through machining or casting. In addition, these prints maintain uniform conductivity across intricate designs supporting lightweight structures and internal channels. This process reduces tooling requirements, shortens lead times, and increases design flexibility for thermal and electrical assemblies. The result is a precise, repeatable workflow for building high-performance copper components.
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