Revolutionizing metal 3D printing with fabrication of copper components via metal fused filament fabrication: A study on the effect of shaping parameters

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This observational analysis shows how shaping parameters impact part quality in copper additive manufacturing, suggesting paths for improvement.

All shaping parameters significantly influence dimensional accuracy and density in copper 3D printing.
The study utilized a central composite design for experimentation, revealing critical interaction effects on part properties.
Successful copper parts were produced after debinding and sintering processes, emphasizing material-specific behaviors.
Novel multiobjective optimization methods were applied to establish optimal conditions for effective metal fused filament fabrication.

John et al. (2025) studied this question.

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This observational analysis shows how shaping parameters impact part quality in copper additive manufacturing, suggesting paths for improvement.