Description
📘 3D Printing in Radiation Oncology — 1st Edition
🔎 Book Overview and Topics
This practical text discusses how digital fabrication and three-dimensional printing can be integrated into radiation oncology workflows. The emphasis is on applications that require accurate geometry, suitable materials and reliable production methods.
Clinical and Research Topics
- Principles of 3D printing, digital design and the preparation of fabrication files.
- Patient-specific bolus production and related dosimetric questions.
- Fabrication of phantoms for measurement or quality-assurance research.
- Potential uses in brachytherapy and immobilization.
- Material properties, geometric accuracy and fabrication tolerances.
- Commissioning, verification and safety considerations for a clinical printing workflow.
Study Perspective
The combination of clinical requirements with a fabrication process demands rigorous quality assurance. A published workflow can support study but does not validate a 3D-printed device for patient use without local testing and institutional authorization.
Who Should Read This Book?
Radiation oncologists, therapeutic medical physicists, dosimetrists, radiation therapists and clinical engineering teams.
Edition & Digital Product Details
Book: 3D Printing in Radiation Oncology: Personalization of Patient Treatment Through Digital Fabrication.
Editor: James L. Robar.
Publisher: CRC Press / Routledge.
First edition: 2024.
ISBN: 9781032261959.
Digital format: English PDF eBook. Only the configured file is included; no physical publication or external service is supplied. This WordPress listing remains a draft until its digital file and publication details are confirmed.
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