The Benefits of Computer-Aided Design

Female Designer Working With 3D Printer In Design Studio
Female Designer Working With 3D Printer In Design Studio

Harnessing available technology, such as the benefits of computer-aided design, to enhance engineering efforts can save a great deal of time and money. The benefits of rcomputer-aided design (CAD) are manifold, and makes conception, testing, troubleshooting and creating complex systems far more efficient and cost-effective than old manual methods.

3D Models yield the maximum benefits of Computer-Aided Design

If you have three-dimensional needs, CAD tools offer powerful and efficient solutions. 3D CAD tools facilitate the design of highly complex systems and use parametric modeling technologies to quickly and efficiently evaluate multiple design configurations and alternatives. Using finite element analysis (FEA) features , one can optimize existing designs in the virtual realm. Additional benefits of computer-aided design specific to 3D CAD designs consists of the ability to generate G-Code accurately and quickly, G-Code runs computer-aided manufacturing (CAM) tools such as mills and lathes, or 3D printers. Even 3D printers receive the benefits of computer-aided design. This saves time and reduces the possibility of error. For more general information on CAD, see https://glewengineering.com/cad/.

There are a number of companies who offer 3D computer aided design. Glew Engineering keeps current licenses and uses at least the following three: Solidworks, Creo, and Autodesk Inventor, Fusion and AutoCad.

2D Models yield benefits of Computer-Aided Design

There are additional benefits of computer-aided design. Two-dimensional CAD allows one to drastically reduce labor during drafting the design, facilitating the quick identification and correction of errors and permitting the reuse of locked design elements. One also gains the ability to share developing projects with other members of the organization instantly through email.

FEA, CFD and Multi-physics Analysis

Further 3D CAD models facilitate finite element analysis (FEA) of a design. Fluid flow, and heat transfer can generate input for an FEA model in what is known as multi-physics modeling. However, it still starts with a CAD model. Then, one can use the insights that FEA modeling brings, before cutting metal, molding, soldering, welding, and all of the time and expense that goes along with your first prototype. Additionally, 3D cad programs can generate the 2-D drawings, blueprints, quickly from the 3D model.

The Bottom Line

In short, CAD makes a strong impact on a business’s bottom line, helping to save untold amounts of time and money during the design phases of engineering projects. An investment in CAD is an investment in efficiency, yielding the many benefits of computer-aided design.