3D Printing Applications in Healthcare Management: An Overview of Systematic Review on Clinical Efficacy and Operational Optimization

October 14, 2025

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Key Points

This review aims to evaluate the clinical efficacy and operational optimization of 3D printing applications in healthcare management.
Conducted a systematic literature review from databases including PubMed/MEDLINE, Scopus, Web of Science, Embase, and Cochrane Library.
Focused on studies evaluating clinical effectiveness and operational impacts of 3D printed devices in healthcare published between 2017-2025.
Synthesize data thematically according to PRISMA guidelines, including 28 relevant systematic reviews and meta-analyses.
3D printing enhances clinical efficacy in fields like orthopedics and cardiology, reducing surgical times by 20-40% (from multiple randomized controlled trials).
Increases diagnostic accuracy by up to 25% (based on systematic review syntheses).
Produces cost savings of 15-30% and simplifies hospital workflows (from comprehensive cost-benefit analyses).

Systematic review reveals 3D printing improves clinical outcomes and operational efficiency in healthcare, suggesting transformative potential.

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Ufuk Burak Karcıoğlu (2025) studied this question.

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