Additive Manufacturing of Glass 1st Edition

Additive Manufacturing of Glass, 1st Edition by Bastian E. Rapp and Frederik Kotz-Helmer explores the emerging frontier of 3D printed glass with clarity and technical rigor. This definitive volume introduces scientists, engineers, and designers to the principles, processes, and practical applications of additive manufacturing of glass, bridging laboratory research and industrial practice.

Start-to-finish coverage walks readers through material science fundamentals, deposition and sintering techniques, process parameter optimization, in-situ monitoring, and post-processing strategies. Illustrated case studies highlight breakthroughs in optics, microfluidics, architecture, biomedical devices, and electronics, showing how glass AM enables complex geometries, tailored optical properties, and rapid prototyping previously impossible with conventional methods.

Practical guidance on equipment selection, scalability, defect control, and quality assurance makes this book a valuable resource for R&D teams, university courses, and industry adopters. The authors combine experimental data with actionable recommendations, helping readers evaluate trade-offs between throughput, resolution, and material behavior across different glass compositions.

Globally relevant and forward-looking, the text addresses regulatory and sustainability considerations as glass additive manufacturing moves from research labs to commercial production in Europe, North America, and Asia. Whether you are a researcher aiming to develop new glass formulations, an engineer integrating glass AM into production lines, or a designer seeking novel transparent structures, this work equips you with the knowledge to innovate confidently.

Order your copy today to stay at the forefront of glass 3D printing technology and accelerate your projects with expert insight from leaders in the field.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.