Digital Light Processing and Stereolithography Additive Manufacturing
Fundamentals, Applications, and Trends
- 1st Edition - March 2, 2026
- Latest edition
- Editor: Ignazio Roppolo
- Language: English
- Paperback ISBN:9 7 8 - 0 - 4 4 3 - 3 0 1 6 1 - 2
- eBook ISBN:9 7 8 - 0 - 4 4 3 - 3 0 1 6 2 - 9
Digital Light Processing and Stereolithography Additive Manufacturing: Fundamentals, Applications, and Trends explores the transformative potential of DLP and SL 3D-printing techno… Read more
Digital Light Processing and Stereolithography Additive Manufacturing: Fundamentals, Applications, and Trends explores the transformative potential of DLP and SL 3D-printing technologies, making it an essential resource for professionals and researchers in the field. The book begins with an in-depth examination of vat photopolymerization fundamentals and the technological requirements needed for successful implementation. It then compares DLP and SL to other light-induced additive manufacturing processes, detailing the unique chemistry and materials science involved, including resin formulation. This foundation provides readers with a thorough understanding of how these advanced techniques function and the materials they produce for various applications.
In addition, the book highlights the versatility of DLP and SL technologies across a wide range of industries. Key applications include structural design, dentistry, soft robotics, sensors, biomedicine, and microfluidics, as well as catalysis and chemical engineering. The final section addresses emerging trends such as the development of sustainable and bio-based materials, the use of vitrimers and controlled polymers, and innovations like 4D printing and hybrid additive manufacturing.
In addition, the book highlights the versatility of DLP and SL technologies across a wide range of industries. Key applications include structural design, dentistry, soft robotics, sensors, biomedicine, and microfluidics, as well as catalysis and chemical engineering. The final section addresses emerging trends such as the development of sustainable and bio-based materials, the use of vitrimers and controlled polymers, and innovations like 4D printing and hybrid additive manufacturing.
- Covers the fundamental aspects of digital light processing (DLP) and stereolithographic (SL) additive manufacturing (AM), including chemical approaches, technical parameters, guidelines to compound printable inks, and the pros and cons of these methods compared to others
- Features various applications of the methods and materials produced
- Discusses sustainable materials, 4D printing, and hybrid manufacturing
Researchers, upper level undergrads and graduate students in engineering and materials science, chemistry, physics, chemical engineering, and biology
Section 1: Fundamentals of Digital Light Processing and Stereolithography
1. Principles of Vat Photopolymerization
2. Principles of Light Induced 3D Printing and Digital Light Processing Technology
3. Formulations of Digital Light Processing and Stereolithography: Chemistries and Materials
Section 2: Applications of Digital Light Processing and Stereolithography
4. Digital Light Processing and Stereolithography for Structural Applications
5. Digital Light Processing and Stereolithography in Dentistry
6. Digital Light Processing and Stereolithography for Soft Robotics
7. Digital Light Processing and Stereolithography for Sensing
8. Digital Light Processing and Stereolithography for Biomedical Applications
9. Digital Light Processing and Stereolithography for Microfluidics
10. Digital Light Processing and Stereolithography for Catalysis and Chemical Engineering
11. Multimaterial Additive Manufacturing with Digital Light Processing and Stereolithography
Section 3: Evolution Trends of Digital Light Processing and Stereolithography
12. Sustainable Materials for Digital Light Processing and Stereolithography
13. Vitrimers for Digital Light Processing and Stereolithography
14. Controlled Polymers in Digital Light Processing and Stereolithography
15. 4D Printing in Digital Light Processing and Stereolithography
16. Photoiniating Systems in Digital Light Processing and Stereolithography
1. Principles of Vat Photopolymerization
2. Principles of Light Induced 3D Printing and Digital Light Processing Technology
3. Formulations of Digital Light Processing and Stereolithography: Chemistries and Materials
Section 2: Applications of Digital Light Processing and Stereolithography
4. Digital Light Processing and Stereolithography for Structural Applications
5. Digital Light Processing and Stereolithography in Dentistry
6. Digital Light Processing and Stereolithography for Soft Robotics
7. Digital Light Processing and Stereolithography for Sensing
8. Digital Light Processing and Stereolithography for Biomedical Applications
9. Digital Light Processing and Stereolithography for Microfluidics
10. Digital Light Processing and Stereolithography for Catalysis and Chemical Engineering
11. Multimaterial Additive Manufacturing with Digital Light Processing and Stereolithography
Section 3: Evolution Trends of Digital Light Processing and Stereolithography
12. Sustainable Materials for Digital Light Processing and Stereolithography
13. Vitrimers for Digital Light Processing and Stereolithography
14. Controlled Polymers in Digital Light Processing and Stereolithography
15. 4D Printing in Digital Light Processing and Stereolithography
16. Photoiniating Systems in Digital Light Processing and Stereolithography
- Edition: 1
- Latest edition
- Published: March 2, 2026
- Language: English
IR
Ignazio Roppolo
Dr. Ignazio Roppolo is Assistant Professor in Experimental Physics of Matter at Politecnico di Torino, Turin, Italy. Dr. Roppolo is leader of a laboratory specifically focused on light-induced 3D printing. He has published more than 90 papers in international peer-reviewed journals, with more than 2700 citations, among which more than 40 papers specifically focused on light induced 3D printing and DLP. After achieving a PhD in Material Science and technology in 2012, he moved to Istituto Italiano di Tecnologia (IIT), and since 2015 his research aimed at exploring novel fabrication routes through a materials science-based approach to 3D printing, merging chemical, physical and design characteristics to obtain synergistic proper. When he moved to Politecnico, in 2017, he started to apply the know-how developed in light induced 3D printing in different applications filed such as biomedical, sensor, chemical engineering and new and sustainable materials.
Affiliations and expertise
Assistant Professor, Experimental Physics of Matter, Politecnico di Torino, Turin, Italy