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1
Introduction
2
The Basics
3
Ideation
4
Slicing
5
Desktop Printers
6
Fuse Deposition Modeling
7
Stereolithography
8
Monofilaments
9
Inks
10
Multimaterial printer
11
Printing a phone
12
Embed function
13
Ink viscosity
14
Printing through nozzles
15
Printed meanderline
16
Antenna response
17
Small batteries
18
Lithiumion batteries
19
Anode links
20
Anode build up
21
Tool path
22
Battery
23
Embedded 3D Printing
24
Applications of 3D Printing
25
Human Tissue
26
Our Approach
27
Thank You
28
Complexity
29
Embedded devices
30
Future implications
31
What limits the resolution
Description:
Explore the fundamental principles and expanding capabilities of 3D printing in this 59-minute lecture by Jennifer A. Lewis from Harvard University. Delve into the rapid design and fabrication of materials in arbitrary shapes on demand. Learn about new functional and biological materials that are revolutionizing 3D printing technology. Discover emerging applications, including 3D printed electronics, lightweight composites, and vascularized tissue constructs, showcasing how this evolving technology is shaping the future. Gain insights into various aspects of 3D printing, from basic concepts and ideation to slicing techniques and different printer types. Understand the intricacies of printing materials, including monofilaments and inks, and explore multimaterial printing processes. Examine the creation of functional devices like printed antennas and batteries, and investigate the potential of embedded 3D printing. Conclude with a discussion on the applications in human tissue engineering, the complexity of the field, and future implications of this transformative technology. Read more

3D Printing: Making the Future - From Fundamentals to Advanced Applications

Harvard University
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