A computer program that allows you to design new products or alter existing products, sometimes referred to as industrial art
Industries where CAD is used
Automotives, building cars, ship buildings, kitchen designs
CAD output
Computer file that can be printed out in 2D, shown to clients or team members, or sent electronically
CAM
Computers controlling robots like a robot arm to manufacture the final product or component using prebuilt instructions
CAD file
Generates what CAM makes and the CAM output
CAM output
Either the end product or a component to gain the final product, sometimes referred to as CAD CAM
Advantages of using CAD
Increases speed of design process, increases efficiency, can be used as a marketing tool, has knock-on effects into other departments, relatively cheap
Disadvantages of CAD
Requires skills to use
Advantages of using CAM
Allows machines to work 24/7, quicker production process compared to human labor
Advantages of using CAM
Machine can work 24/7
Quicker production process
Higher productivity
More precise, accurate, and consistent
More consistent quality
Higher reputation
Minimized mistakes
Minimized waste
Cost savings
Disadvantages of using CAM
Initial costs of buying a CAM machine can be enormously high
CAM machines require a large space for installation
Specialist workers, usually CNC engineers, are needed to operate CAM machines
CNC engineers may require high wages
Using CAM can lead to the need for less workers
But specialist workers like CNC engineers are still required
Businesses may outsource CAM production to save on initial costs
Outsourcing CAM production
Can help businesses meet their break-even point faster in the short term
Long term strategy for cost-effectiveness
Introducing CAD and CAM together is cheaper and more cost-effective