Copper’s unique combination of thermal conductivity, electrical conductivity, and malleability makes it indispensable in critical industries. However, traditional manufacturing struggles to unlock its full potential in complex designs. XiaoJiao’s 3D printed copper parts bridge this gap, offering unparalleled design freedom while retaining copper’s inherent properties—redefining what’s possible for high-performance components.

Why 3D Printed Copper Parts Outperform Traditional Alternatives

Traditional methods like machining or casting limit copper’s capabilities:

· Design Restrictions: Simple geometries only, with no way to create internal channels or lattice structures.

· Material Waste: Up to 70% of raw copper is discarded in machining, driving up costs.

· Performance Trade-offs: Welded joints or thick walls reduce conductivity and add unnecessary weight.

XiaoJiao’s additive manufacturing process transforms copper part production:

· Complex Geometries: 3D print micro-channels (0.1mm), hollow cores, and organic shapes that optimize fluid flow and heat dissipation.

· Material Efficiency: 95% material utilization, cutting waste and lowering costs for both small batches and large runs.

· Integrated Design: Single-piece production eliminates joints, boosting conductivity by 15-20% compared to assembled parts.

XiaoJiao’s 3D Printed C