Direct/Rapid Manufacturing Flashcards
(38 cards)
Why has additive manufacturing developed rapidly
Because it is tool-free flexible and enables faster production for individual and small batch manufacturing
What are key benefits of additive manufacturing
Reduced time-to-market
Lower development time and costs
No need for tooling
Just-in-time production
Complex geometries possible
Easy design changes by modifying data
Customer-specific products
Improved lightweight applications
Why is additive manufacturing good for complex geometries
It produces all form elements together allowing easier creation of bionic and integral components compared to machining or forming
What are new applications enabled by additive manufacturing
Fast local production of spare parts
No shipping required Integral components with fewer parts
Lower assembly cost and higher accuracy
Function integration within components
Where is additive manufacturing already established
Machine manufacturing automotive aircraft aerospace medical toolmaking architecture and toys
What industries use additive manufacturing for individual production
Medical sector especially for implants and custom bone material
How does additive manufacturing improve logistics
Enables local flexible production and eliminates warehousing and distribution needs
What material and method were used to make the satellite antenna holder
Aluminum alloy AlSi10Mg with selective laser melting SLM
What material and method were used to make the artificial hip socket
Titanium alloy TiAl6 V4 with selective laser melting SLM
What is the main goal of Industry 4.0
To improve productivity and efficiency in manufacturing using digital strategies and integrated systems
What must companies do to implement Industry 4.0
Define digital goals create human machine and process integration apply structural changes and follow action guidelines
What are the four industrial revolutions
Steam engine assembly line automation and smart factories
What is key to smart factory operation
Digitally networked systems linking employees planning production and logistics
What phases should Industry 4.0 support
Development production use maintenance and recycling
What are the benefits of integrated digital production
Lower costs higher quality improved effectiveness and efficiency
How does Industry 4.0 help small and medium companies
Enables faster transformation access to new markets and elimination of logistic limitations
What is the role of additive processes in Industry 4.0
Separate design and production reduce logistics allow global collaboration
What is a cyber physical system CPS
A network of IT systems sensors actuators and physical production systems connected by the internet
What defines a cyber physical system
Integration of physical and virtual processes via global open networks for data exchange and process optimization
What enables CPS to work effectively
Embedded software powerful computers intelligent sensors and actuators
What challenges do CPS face
High system complexity and the need for strong research and innovation
What is the role of CPS in the Internet of Things
Merge physical and virtual data to control systems and enable remote smart functionality
How do CPS improve production planning
Digitize and automate order processing supplier logistics production shipping and customer service
What benefits do CPS bring to companies
Greater flexibility lower resource use real time order tracking and market expansion