Additive Manufacturing of Glass

Introduction
Digital Glass Forming using Direct Heating Techniques
Sol-gel and Colloidal Glass Processing
Deposition-based, Indirect Glass 3D Printing
Photostructuring of Silicate and Chalcogenide Glasses
Laser-based Approaches for 3D Structuring of Glass
State of the Art Container Glass Forming
3D Printing of Bioactive Glasses and Glass-Ceramics for Bone Tissues Regeneration
Next Generation Micro Optics
Role and Impact of Glass in Chemistry, Flow Chemistry and Microfluidic Technologies

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• Tecnologia da impressão e reprografia

3D printed optics; 3D printing; 3D-printed glass microfluidic devices; Ablation; Additive manufacturing; Additive manufacturing of glass; Additive manufacturing of optics; Binder jetting; Bioactive glasses; Bone regeneration; Chalcogenide glass; CO2 laser; Colloids; Dielectrophoresis; Direct ink writing; Droplet-based microfluidics; Femtosecond; Flow chemistry; Forming; Functionally graded materials; Future perspectives of glassmaking; Glass; Glass 3D printing; Glass additive manufacturing; Glass bottle; Glass container; Glass markets; Glass shaping; Glassomer; Gradient refractive index; Historic glassmaking; Industrial processes; Ink jetting; Inspection; IS machine; Laser processing; Materials synthesis; Metastability; Microfluidics; Microlenses; Modification; Nanosecond; Nonlinear processes; Self-assembled materials; Silicate glass; Sol; Sol-gel; Stereolithography; Supramolecular chemistry; Thermoplastic forming; Tissue engineering; Two-photon polymerization; Ultrashort pulsed