2D CAD drawings are the actual blueprint of the conceptualized product design. Only shop floor technicians are well-versed in interpreting them accurately. The frontline staff or customers will often struggle to interpret these technical drawings and therefore the usage of 2D drawings is limited to technical teams.To get more news about mechanical cad drawings, you can visit shine news official website.

Given these limitations, manufacturing and design firms are increasingly moving away from traditional 2D processes and embracing 3D CAD drawings and models. 3D workflows rope in all stakeholders for product design finalization as against 2D and enable seamless communication.
Ideally, while creating new product designs, a prototype is built once 2D drawings are approved. Prototypes bring all stakeholders and customers on the same page to understand design intricacies and provide inputs/feedback.
Research suggests that an increasing number of companies are adopting 3D CAD workflows as compared to 2D drawings.

But before we discuss the advantages of 3D drawings, let’s take a detailed look at where the traditional 2D process lacks and how it impacts the product development process.
However, this, approach has two main issues:

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Developing a product prototype often extends the design cycle time and keeps the design teams from performing other high-value tasks.

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2D drawings are prone to interpretation errors as different stakeholders collaborate. Tracking all the design changes and controlling versions of these drawings is in itself a complex task.

Both these challenges surface once production begins. And then it may be too late to correct drawing errors without dedicating additional time for manufacturing reworks or adding to costs.