The use of Computer Aided Design (CAD) /
Computer Aided Manufacturing (CAM) to produce biomedical
devices has recently become more interesting because of
environmental benefits and the fact that it has been done using
computer simulations. However, CAD / CAM operating costs are
a major obstacle to product commercialization. High
specification computers are used as a raw material for design,
customizing the processes of transferring continuous digital
images and small-size and high-quality manufacturing tools are
major options to reduce the cost of CAD / CAM operations. The
most widely used method is to optimize how CAD and CAM
devices work through an algorithm. This optimization will
contribute to the rapid development of the ability to produce
better products and reduce operating costs. The case study to be
conducted is the development of CAD / CAM optimization over
the past years (2013, 2018) towards the production of biomedical
devices.