Mechanical components could not be detailed and of high quality without dedicated technological support. What is CAD/CAM technology used for in precision engineering?
Selecting materials according to their properties and choosing the right machining technique make it possible to produce precise, high-quality, custom mechanical parts. However, machining could not be so precise and faithful to the technical drawing without the support of various departments, including the CAD/CAM department.
What role does CAD/CAM play in precision engineering?
CAD/CAM technology is simply a software system for computer-aided design and manufacture of components.
What is CAD/CAM technology used for in precision engineering? The software improves the quality of precision machining in demanding, specialised sectors. More specifically, the CAD/CAM system gives the machines the essential instructions for producing a particular part. Managing the software well delivers the highest quality and optimises production times.
The link between CAD/CAM and experience
CAD/CAM technology could not achieve excellent results in precision and quality without sector experience behind it. Having advanced technology like CAD/CAM is useless without a basic knowledge of the machines and of precision engineering.
Essentially, capturing data from a scan or model in CAD software allows instructions to be sent to the CAM computer, which translates them into machine instructions. Component production is therefore software-assisted. Knowledge of the sector and familiarity with the CAD/CAM system make it possible to enter the right parameters and use the machines to their full potential.
It goes without saying that the more complex the technical drawing, the more essential it is to have knowledge and experience in precision engineering.