Toward a hybrid material extrusion technique: exploring the benefits of integrating fused deposition modeling and material injection

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Hybrid additive manufacturing techniques improve mechanical properties in parts, highlighting potential advancements.

The integrated FDM–MI method results in a 25% improvement in impact strength and 35.6% in tensile strength.
Experimental outcomes were validated through morphological analysis and thermal characterization techniques.
Hybrid additive manufacturing combines FDM's efficiency with material injection to enhance mechanical properties.
A foundational framework was established for developing the novel integrated FDM–MI manufacturing approach.

Katbeh et al. (2025) studied this question.

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