Computer-Controlled Manufacturing (Leaving Cert Engineering): Flashcards
Practise the cards
15 cards from this deck
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Practise the cards
15 cards from this deck
What is CAM?
What is CAM?
Computer software to control manufacturing operations and generate machine instructions
What is G-code?
What is G-code?
Programming language that tells machines how to move and operate
Primary function of CAD
Primary function of CAD
Designing and modelling products digitally
Primary function of CAM
Primary function of CAM
Translates designs into manufacturing instructions
Output of CAD systems
Output of CAD systems
2D drawings, 3D models, and design files
Output of CAM systems
Output of CAM systems
Machine code (e.g., G-code) for production
How does CAM enhance precision?
How does CAM enhance precision?
Eliminates human error in machining operations
How does CAM increase efficiency?
How does CAM increase efficiency?
Automates repetitive tasks, speeding up production
How does CAM reduce costs?
How does CAM reduce costs?
Minimises material waste and operational errors
How does CAM ensure consistency?
How does CAM ensure consistency?
Maintains uniformity by standardising machining processes
Manufacturing processes CAM supports
Manufacturing processes CAM supports
Milling, turning, drilling, and additive manufacturing
Why does aerospace use CAM?
Why does aerospace use CAM?
Produces complex components with exceptional precision
Automotive CAM applications
Automotive CAM applications
Producing gears, engine blocks, chassis for high-volume mfg
Medical device CAM uses
Medical device CAM uses
Customised implants, prosthetics, surgical instruments
Tool and die making CAM use
Tool and die making CAM use
Creating moulds, dies, and fixtures with precision
