CAD stands for Computer Aided Designing Software which a person of one profession does not just use. For example, a construction manager uses it to brainstorm ideas and build blueprints, an architect uses it to draw a rough sketch of the skyscraper, and an engineer uses it to design and implement the mechanical design. All these professionals and more use CD tools and techniques to get their tasks done.
CAD was first designed in 1960 as a method to implement design in 2D and 3D formats. In the 90s, this idea gave rise to applications like AutoCAD and CATIA, making them available to various sectors of society.
One of the major use cases of CAD software is to create and implement the most accurate designs, which allows for design development, optimization, and implementation, completely replacing manual design drafting.
In this article, we have listed the advantages of using CAD for design and implementation purposes. So, have a look at it!
Since CAD completely eradicates the use of manual developers to sit and draw designs, it ultimately helps reduce production and product costs. Before the invention of CAD, people hand drew all the product designs, which took up most of their time. However, the replacement with computer software has developed a seamless way for them to design and implement it.
Manual designs invite errors that might raise the company’s funding and bills. Hence, one of CAD’s primary advantages is that this error risk is averted as there is no manual input required. Also, repeated tasks are generally automated, depending on the software you use. Some ways by which CAD reduces error are:
- Preventing Human error
- Preventing errors during direct design transfers
- Preventing errors during quick prototyping
- Providing easy alternations even if there are minute errors
One of the best ways to rectify the error, if any, is by returning to the drawing board and accessing the saved designs, which can reference potential mistakes. For instance, designers can always predict the type of errors before their execution, which helps in preventing expensive mistakes before they are implemented in real-time, hence improving the quality of design.
Almost all CAD software allows sharing of information and files with their partner companies, clients, or teams. Also, it provides an option to limit the access they provide, allowing the remote workers to still stay in touch with the happenings n the project, thus changing how teams communicate and share information. It fosters better communication by improving the following:
- Internal information sharing
- B2B interfacing
- Assembly line interactions
- Custom feedbacks