Optimize CAD Processes to Enhance Sheet Metal Fabrication

Optimize CAD Processes to Enhance the Efficiency of Sheet Metal Fabrication

Posted on December 28, 2017

Sheet metal fabrication is one of the industrial processes which greatly rely on the shop floor processes used by the fabricators. The efficiency is, undoubtedly, a sensitive topic because it can be measured from multiple aspects.

One of the vital requirements for efficacious sheet metal fabrication is the excellence and flawlessness in the fabrication drafts which are generated with the help of CAD. This is why the optimization of the CAD processes can significantly augment the productivity gains in the sheet metal fabrication services.

What Does Optimization of CAD Processes Imply?

The optimization of CAD processes can be achieved by ensuring that each groove which is made, each line that’s drawn and every PMI which is inserted is completely accurate and completely adheres to the facilities at the fabrication shop.

Optimization simply means accuracy and this is why optimization of the CAD enables increased efficiency in sheet metal fabrication.

How To Achieve Optimization In Sheet Metal Fabrication?

In order to achieve the sheet metal fabrication optimization, it’s important to overcome the diverse challenges associated with the fabrication. In order to overcome the challenges, it’s vital to understand the areas which create problems. For instance, one of the primary reasons which deviate the CAD processes from becoming optimized is the fact that many fabricators are not aware of what’s happening at the station where CAD drawings are being made and the same happens with the CAD drafters. The fabrication is done by another team while CAD draftings are done by a different team. Due to this, the efficiency of the final products is affected and they often go out of sync.

So, in order to achieve optimization in fabrication, one needs to follow the below-given steps:

  • First of all, it’s important to have an inevitability strategized, strong and synchronized work plan which can help in achieving coherence in the fabrication shop floor setting and work plan
  • Secondly, the 3D CAD models and the CAD design are not returned for the non-capabilities of the shop floor and the RFIs
  • Also, there is a great need for comprehending the difference between the CAD and the real shop floor environment so that designs can be prepared as per the actual setup 0n the shop floor

With these steps, optimization can be achieved to enhance the efficiency in the sheet metal fabrication.

Flatworld Solutions offers the best-in-class CAD design and development services to its global clientele. We have a team of seasoned architects and engineers who clearly comprehend the customer requirements while delivering the best services using the most advanced software solutions including Unigraphics, Autodesk Inventor, CATIA V5, SolidWorks, Ansys, Pro/Engineer and, AutoCAD. With excellent proficiency in experimental testing and FEA (Finite Element Analysis), we deliver the best services at highly cost-effective prices. To know more about our services or to sort out any queries/questions you may have, use the below-given comment box. After receiving your queries/questions or inquiries, our executives will revert with the apt solutions in a time-efficient manner.

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