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Full Description
The field of biomaterials and bio-manufacturing is undergoing rapid transformation, driven by advancements in material science, additive manufacturing, artificial intelligence, and biomedical engineering. This book provides a comprehensive exploration of cutting-edge developments in biomaterials, bioimplants, and emerging manufacturing techniques that are revolutionizing the healthcare and medical device industries. It explores the latest trends in biomaterials, recent innovations in composite materials, classification and characterization of multifunctional biomaterials, and their impact on biomedical applications. It further explores the role of robotics in surgical planning, the evolution of 2D, 3D, and 4D bioimplant technologies, and the customization of biomaterials for tissue regeneration. Advanced manufacturing approaches such as electrochemical micro-manufacturing and incremental sheet forming are also highlighted, along with their applications in next-generation biomedical implants.
This book:
Provides in-depth analysis of novel biomaterials and their medical applications.
Discusses advanced bio-manufacturing techniques including additive and electrochemical manufacturing.
Highlights the role of AI, IoT, and smart technologies in personalized healthcare solutions.
Examines sustainable and environmental considerations in biomaterial development.
Incorporates contributions from leading experts in academia and industry.
Whether you are a researcher exploring biomaterial innovations, a medical professional interested in cutting-edge bioimplants, or an engineer working in biomedical manufacturing, this book provides essential insights into the next generation of biomaterials and healthcare solutions.
Contents
1. Current Trends in Biomaterials and Bio-Manufacturing Technologies. 2. Recent Developments in Composite Materials for Biomedical Applications. 3. Classification and Characterization of Multi-Functional Biomaterials. 4. Transforming Surgical Planning and Navigation through Robotics. 5. Bio implants with 2D, 3D, and 4D Additive Manufacturing Technology. 6. Customized Biomaterials Architecture with Additive Manufacturing for Tissue Regeneration. 7. Additive Electrochemical micro-manufacturing technology for Biomedical Application. 8. Novel Bioimplant Fabrication Strategies: Advances in Incremental Sheet Forming and Additive Manufacturing. 9. Revolutionizing Breast Cancer Treatment with 2.45 GHz Microwave Hyperthermia and Phased Array Technology. 10. IoT-Based Smart Health Monitoring System with Sensor and Electronics Integration. 11. Tailoring Bioimplants for Regenerative Medicine: Focus on Bone Tissue Engineering. 12. Challenges in Bio Implant Manufacturing. 13. Evaluating Environmental and Health Impacts Through a Sustainable Approach. 14. AI-Powered Tailored PCOS Treatment in a Sustainable Healthcare Future.