Advanced 3D Printing Technologies – E-Learning by Canion3D

About Course

Advanced 3D Printing: From Innovation to Industry Impact

Master the technologies shaping the future of manufacturing.

This in-depth course explores cutting-edge advancements in 3D printing, from next-gen materials to revolutionary applications in healthcare, aerospace, bioprinting, and beyond.

Whether you’re a professional engineer, researcher, or tech enthusiast, you’ll gain a deep understanding of advanced techniques, industrial use cases, material science, and the transformative future of additive manufacturing.

Course Content

Module 1: Introduction to Advanced 3D Printing

Lesson 1.1: Overview of Advanced 3D Printing Technologies
Lesson 1.2: Industry Applications of Advanced 3D Printing
Module 1: Introduction to Advanced 3D Printing

Module 2: Bioprinting

Module 3: Silicone 3D Printing

Module 4: High Temperature 3D Printing

Module 5: Selective Laser Sintering (SLS)

Module 6: Metal 3D Printing

Module 7: Other Advanced 3D Printing Technologies

Module 8: Materials Science for Advanced 3D Printing

Module 9: Post-Processing Techniques

Module 10: The Future of Advanced 3D Printing

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About Course

Advanced 3D Printing: From Innovation to Industry Impact

Course Content

Module 1: Introduction to Advanced 3D Printing

Lesson 1.1: Overview of Advanced 3D Printing Technologies

Lesson 1.2: Industry Applications of Advanced 3D Printing

Module 1: Introduction to Advanced 3D Printing

Module 2: Bioprinting

Lesson 2.1: What is Bioprinting?

Lesson 2.2: Types of Bioprinting

Lesson 2.3: Applications in Healthcare

Lesson 2.4: Future of Bioprinting

Module 2: Bioprinting

Module 3: Silicone 3D Printing

Lesson 3.1: Overview of Silicone 3D Printing

Lesson 3.2: Techniques for Silicone 3D Printing

Lesson 3.3: Applications of Silicone 3D Printing

Lesson 3.4: Challenges and Solutions

Module 3: Silicone 3D Printing

Module 4: High Temperature 3D Printing

Lesson 4.1: Introduction to High-Temperature Materials

Lesson 4.2: High-Temperature Printing Processes

Lesson 4.3: Applications in Extreme Environments

Lesson 4.4: Equipment and Considerations

Module 4: High-Temperature 3D Printing

Module 5: Selective Laser Sintering (SLS)

Lesson 5.1: Introduction to SLS Technology

Lesson 5.2: Advanced SLS Materials

Lesson 5.3: Benefits and Limitations of SLS

Lesson 5.4: Applications of SLS

Lesson 5.5: Post-Processing in SLS

Module 5: Selective Laser Sintering (SLS)

Module 6: Metal 3D Printing

Lesson 6.1: Introduction to Metal 3D Printing

Lesson 6.2: Types of Metal 3D Printing Processes

Lesson 6.3: Metal Materials for 3D Printing

Lesson 6.4: Applications in Industry

Lesson 6.5: Post-Processing and Quality Control

Module 6: Metal 3D Printing

Module 7: Other Advanced 3D Printing Technologies

Lesson 7.1: Multi-Material and Hybrid Printing

Lesson 7.2: Continuous Liquid Interface Production (CLIP)

Lesson 7.3: Digital Light Processing (DLP) and LCD Printing

Lesson 7.4: 4D Printing

Module 7: Other Advanced 3D Printing Technologies

Module 8: Materials Science for Advanced 3D Printing

Lesson 8.1: Advanced Materials for 3D Printing

Lesson 8.2: Material Selection for Specific Applications

Lesson 8.3: Material Testing and Standards

Module 8: Materials Science for Advanced 3D Printing

Module 9: Post-Processing Techniques

Lesson 9.1: Overview of Post-Processing in Advanced 3D Printing

Lesson 9.2: Post-Processing for Metal 3D Printing

Lesson 9.3: Post-Processing for Plastic and Resin Printing

Lesson 9.4: Quality Control and Inspection

Module 9: Post-Processing Techniques in Advanced 3D Printing

Module 10: The Future of Advanced 3D Printing

Lesson 10.1: Cutting-edge Research in 3D Printing

Lesson 10.2: Future Applications of Advanced 3D Printing

Lesson 10.3: Challenges and Opportunities

Module 10: The Future of Advanced 3D Printing

Student Ratings & Reviews