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This is a Experimental Study study.

Investigation and transformation of traditional fused deposition modeling apparatus to a non-planar additive manufacturing methodology

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Non-planar additive manufacturing can generate superior quality parts, addressing limitations of traditional methods.
Key mechanical characteristics improved include control over movement in multiple axes for better structural performance.
Adapting FDM printers allows for new design angles between 10° to 80°, enhancing flexibility in product creation.
Exploration of parameters crucial for non-planar FDM highlights a shift in additive manufacturing techniques for complex geometries.

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Adaptation improves structural integrity and part quality in additive manufacturing, suggesting new design capabilities.

Sebbe et al. (2025) studied this question.

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