Understanding Gunna Engineering’s CAD-CAM Services

March 9, 2023

The use of computer software to simplify the development, modification, and optimisation of a part or a compilation of parts is referred to as computer-aided design, abbreviated as CAD. When designing a component, software to assist in the process provides more accuracy, design iterations that are easier and more precise, and extensive documentation for managing the part and the project. Several different companies sell CAD software to customers.

What Is CAD-CAM Technology?

The CAD-CAM technology we use today is the result of decades of work put in by many individuals to automate the manufacturing process. It is the dream of forward-thinking people like mathematicians and machinists, inventors and innovators, who are all working together to construct the future and drive production with technology. When talking about the software used to produce things using a CNC machine, many people refer to it as “CAD-CAM,” an abbreviation for computer-aided design and computer-aided manufacturing. CAD is an abbreviation for computer-aided design, while CAM is an abbreviation for computer-aided manufacturing. Both of these acronyms refer to programmes that help manufacture things. The design and creation of prototypes, final items, and production runs of products are all possible thanks to the usage of CAD/CAM software.

Advantages Of Using CAD-CAM Technology

Automation and process modelling may be accomplished straightforwardly and precisely thanks to CAD (Mechanical Design Automation). In the past, MDA was impossible to carry out without first constructing a physical prototype of each system component and then putting the whole thing together to test its operation. The capacity to digitally create and automate a prototype before ever producing a physical model offers huge efficiencies and cost-reduction advantages to the production processes.

  • Integration of Computer-Aided Design (CAD) technology with Computer Numerical Control (CNC) equipment or Additive Manufacturing techniques (such as 3D printers), such as Fused Deposition Modeling (FDM) machines, is one example.
  • CAD takes into consideration the features of the material as well as the interaction characteristics between the various types of materials.
  • Using vector graphic technology, computer-aided design (CAD) enables very accurate dimensional analysis and mathematical scalability (digital images based on mathematical formulas).
  • CAD allows for extremely accurate measurement of component tolerances (much lower margin of error between parts).
  • The capability of CAD software to automate 3D imaging and combine diverse parts of the same product in tandem with one another is one of the many significant benefits of using this programme.

Computer-Aided Design stands for Computer-Aided Manufacturing

At Gunna Engineering, we employ a fully integrated software-hardware package that connects our Computer Aided Design software to our heavy machinery. This package also includes a variety of other software and hardware components. If you have a completely connected system, you will have the advantage of making design revisions very instantly without having to go through the hassle of downloading and reuploading everything each time you want to print an updated part. Regarding the efficiency of fast prototyping, this is a relatively insignificant detail that has a significant impact.

Trust us on your next CAD-CAM needs. Contact us.

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