Multi-material 3D Printing
The document presents an overview of multi-material 3D printing technology, detailing various processes and material properties involved, such as the PolyJet and Connex methods. It discusses the concept of digital materials, which are engineered from multiple constituents based on digitally encoded designs, and their applications in creating complex objects. Additionally, the document highlights innovative applications like 4D printing and advanced simulation techniques for material behavior.
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Multi-material 3D Printing
- 1. Multi-Material 3D Printing DanielDikovsky, Ph.D. Digital Materials Manager, R&D
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- 3. 3D Printing –a New Way to Make Things Carving/milling out a model from a given volume Creating a solid object by layering thin slices of material
- 4. 3D Printing –Digital to Physical 3D CAD File Printing ResultPrint the model
- 5. 3D Printing –Simulate Complex Objects
- 6. 3D Printing –Fabricate Complex Objects
- 7. 3D Printing –Multi-material Fabrication 3D Printing freedom of form Multi-material 3D Printing freedom of composition
- 8. Multi-Material 3D PrintingTechnology
- 9. Technology – PolyJetProcess
- 10. Technology – ConnexProcess Material B Material A
- 11. Technology – Digitizing3D Object • 1 cubic millimeter – ~20,000 Objet voxels • The smallest Lego brick – ~4,000,000 Objet voxels • Full tray – 1012 Objet voxels
- 12. Technology – PolyJetMaterials • Color • Transparency • Stiffness • Flexibility • Dimensional stability • Impact resistance • Water absorption • Density
- 13. Digital Materials andGraded Materials
- 14. Technology – DigitalMaterials Digital Materials are engineered materials manufactured from two or more different constituent materials, according to a digitally encoded three dimensional phase structure design (the DM code), and produced by an additive manufacturing process. • Heterogeneous/Homogeneous • Anisotropic/Isotropic • Geometry Dependent
- 15. Technology – DigitalMaterials Digital Materials are engineered materials manufactured from two or more different constituent materials, according to a digitally encoded three dimensional phase structure design (the DM code), and produced by an additive manufacturing process. • Heterogeneous/Homogeneous • Anisotropic/Isotropic • Geometry Dependent
- 16. Digital Materials –Color
- 17. Digital Materials –Anisotropic Materials Sandwich Y Sandwich ZSandwich X
- 18. Digital Materials –Anisotropic Materials X Y Z
- 19. X Y Z Digital Materials –Anisotropic Materials
- 20. Digital Materials –Composite Materials High Temperature Material Composite Digital Material High Toughness Material
- 21. Graded Materials –Imaginary Beings
- 22. Graded Materials –Print CT Data
- 23. Digital Materials FEASimulator
- 24. VoxCad – DigitalMaterials Simulator
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- 26. Novel Multi-Material 3DPrinting Applications
- 27. Lighting and StructureOptimization
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