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Full Description
Three-dimensional (3D) printing has evolved as an emerging tool for the design of customized or personalized medication that provides the maximum therapeutic benefits to patients. The manufacturing of medicines in small batches customized with tailored dosages, sizes, shapes, and drug release properties is the key prospect of using 3D printing in pharmaceutics.
Handbook of 3D Printing in Pharmaceutics: Innovations and Applications provides a detailed and in-depth technical discussion on the various additive manufacturing processes for the development of pharmaceutical products with experimental justification. It details the characterization, optimization, and numerical modeling of the processes involved and outlines the industrial implications of the resulting products as well as offering solutions for patient- tailored drugs processed by additive manufacturing. The handbook goes on to focus on the various post- processing technologies available to fortify the mechanical, chemical, biological, geometrical, and other characteristics of additively manufactured components and also discusses future directions and possible research gaps that need to be filled.
The buyers of this cutting-edge handbook will learn the complete information and methodology for manufacturing drug delivery systems and customized medicine for biomedical applications. It is an ideal read for undergraduates, graduates, and postgraduate research scholars. Industrial and academic professionals working and studying industrial, manufacturing, and production engineering, along with those studying mechanical engineering, pharmaceutical sciences, material science, chemical engineering, biomedical engineering, automobile/aerospace engineering, and other relevant domains will want this handbook at their fingertips.
Contents
Section 1: 3D Printing, Drug Delivery Systems, and Application Domain Overview. 1. Advancements in Tailoring Medication Using 3D Printing. 2. Innovative and Modified Additive Manufacturing Processes: Extended Applications in the Pharmaceutical Industry. Section 2: Quality Characteristics Challenge in 3D Printing of Pharmaceutical Products. 3.Navigating the Terrain of 3DP for Pharmaceutical Products: Quality Conundrums and Solutions. Section 3: Extrusion-Based 3D Printing in Pharmaceutics. 4. Extrusion-Based 3D Printing in Pharmaceuticals. 5. Extrusion- Based 3D Printing Technology: A Revolution in Pharmaceutical Drug Manufacturing. Section 4: Binder Jetting-Based 3D Printing in Pharmaceutics. 6. Binder Jetting: A Versatile and Rapid Fast 3D Printing Phenomenon. 7. Binder Jetting-Based 3D Printing in Pharmaceutics. Section 5: SLS and SLA-Based 3D Printing in Pharmaceutics. 8. SLS and SLA Techniques in 3D Printing for Better Pharmaceutical Applicability of Soft Materials. Section 6: Hybrid 3D Printing Techniques in Pharmaceutical Applications. 9. Next Generation Computational Automation-Based Additive Manufacturing of Pharmaceuticals: An Approach to Fabricate Precise Medicine. Section 7: Social, Economic, Environmental, Quality and Regulatory Aspects. 10. Social, Economic and Environmental Justifications for 3D Printing of Pharmaceutical Products. 11. Quality Control Methods for Three-Dimensional Printed Pharmaceuticals. 12. 3D Printed Pharmaceuticals: Current Regulatory Scenario.
