Read “How Lockheed Martin is Using 3D Printing to Build the Next Starship” . Explain how 3D printing is driving and benefitting Lockheed Martin, and think of one example of a product that can be 3D or 4D printed.
2. Describe the barriers to having full visibility of information across the supply chain
3. Describe the Internet of Things (IoT) and its effect upon the supply chain.
4. Describe the self-thinking supply chain
5. Describe the Management Science applications in transport, logistics, and supply chain management.
3D printing has come a long way in a short space of time, transforming from a scientific curiosity to a legitimate manufacturing tool with almost limitless potential.
3D printing takes many forms, but all involve a computer-guided process of joining or solidifying material to create a 3D object. Originally only suitable for minimally functional or purely aesthetic objects such as prototypes, 3D printing technology is now capable of building complex machines with working parts – even firearms.
When used as an industrial production tool, 3D printing is usually referred to as additive manufacturing, and Lockheed Martin is leading the way with a dedicated 3D printing manufacturing center.
Lockheed Martin
Global safety science company UL has announced that Lockheed Martin’s dedicated Additive Design and Manufacturing Center (ADMC) in California has become the first organization to be certified to UL 3400. This accreditation demonstrates that Lockheed Martin has an evidence-based set of safety guidelines which address the various hazards associated with additive manufacturing (AM) facilities.
The post How Lockheed Martin is Using 3D Printing to Build the Next Starship appeared first on Study Bloom.