Manufacturing under Moore's Law
summary
3D printing moves from hobby plastics to additive manufacturing of metals, glass and ceramics, with a printer already on the ISS and biotech labs printing organ scaffolds; design shifts from handcrafting to algorithms that generate geometry from functional requirements. A demo motorcycle frame uses a patented scal alloy, prints hollow, topology-driven structures and weighs a 6 kilogram frame for the whole printed chassis; the project already lists 34 pre-orders and targets aerospace secondary parts first.
AI-written summary · about
chapters (14)
- 0:00Introduction
- 0:40Industrial 3D printing
- 1:22Space 3D printing
- 1:59Biotech
- 2:41What we did not change
- 3:55Additive Manufacturing
- 5:02Complexity in Additive Manufacturing
- 6:04Natures Plan
- 6:56Models
- 7:54Rocket engines
- 9:01The future of manufacturing
- 10:15We are wasting so many valuable resources
- 11:18Complexity is dirty and expensive
- 13:19World first 3D printed motorbike
related talks
20m4DMesh: 4D Printing Morphing Non-Developable Mesh Surfaces
19mRevoMaker: Enabling Multi-directional and Functionally-embedded 3D printing using a ...
22mPrompts to fashion: AI-powered 3D-printed garments
21mMobile Fabrication
01h 02mFrom Dreams to Reality: The Magic of 3D Printing
51m3D Printing for Software Developers
18mInnovation in 3D Printing
09mIt's a Maker's World pt.2
