Prior to the development of advanced CAD tools, mechanical product designers and engineers had a difficult time translating existing technical drawings into usable presentations. However, with the emergence of highly powerful and interactive CAD software, it is now simpler to transform a vast number of scanned photos into realistic and intuitive 3D models. Any company with a large database of CAD data will ultimately require CAD migration (the process of making that data interoperable with various CAD platforms).

CAD migration not only helps you get the relevant information quickly but also streamlines the entire product development process and eliminates wasteful expenses and resources.

How Does CAD Migration Benefit Projects In Mechanical Engineering?

The benefits of CAD migration are generally numerous. It helps a company keep its vendors and dealers informed of the most recent design enhancements. And as for the internal teams working on a particular project, CAD migration is unquestionably the most effective method for keeping them up-to-date with a continuous flow of technical knowledge and resources. It enables engineering and product design teams to handle even the most complex product development with several design variations efficiently.

CAD migration also permits the translation of all existing legacy data into any format that meets the product engineering team’s goals and criteria. Moreover, such a translation or relocation of historic data makes it accessible for the foreseeable future. It also provides the product development team with modern, industry-leading technology, enabling them to implement quick and effective solutions to any challenges encountered during the design and production processes.

Platforms and Applications Used for CAD Migration

CAD migration is the process of converting and migrating data from many systems, such as Dassault Systems, CATIA V4/V5, AutoCAD/Inventor suites, Pro/E Wildfire, etc., to a single platform. A variety of automated CAD methods and software aid professionals in navigating the full migration process. Some examples include:

• Autodesk Inventor
• McNeel Rhino
• Bentley AutoPlant
• Autodesk AutoCAD and 3D CAD systems
• Siemens Unigraphics / NX

WHY IS CAD MIGRATION IMPORTANT FOR YOUR BUSINESS?

Manually converting any technical design into a usable presentation is a laborious undertaking. It gets considerably more challenging if a business has a huge number of drawings. Sixty to seventy percent of total expenses can be saved by CAD migration. The reusability of designs in both upstream and downstream applications can save expenses and accelerate time-to-market.

The global rivalry has compelled businesses to utilize the most advanced CAD solutions for their designing and engineering needs. Multiple CAD systems offer data interoperability and reduce the time required to convert data from one format to another, enabling businesses to standardize on a single CAD platform.

Migration of CAD requires intensive preparation, extensive analysis, logistics, and the capacity to envision future demands. It enables the standardization of software tools and, as a result, the redefinition of engineering standards and procedures to provide larger advantages.

Important Considerations for CAD Migration

Once the choice to execute CAD migration has been made, the following must be addressed:

• Prior to beginning the migration process, it is of the highest significance to define the business purpose driving the CAD migration choice. This will aid in the efficient implementation of the project.
• In order to preserve the quality and efficacy of the findings, the CAD migration team must frequently inspect both the raw data and the final outcomes.
• At every stage of the process, an estimate of the volume of data created must be determined beforehand.
• The team must clearly outline the requirements for reusability for each design.
• It is essential to determine the return on investment associated with CAD migration. Included in the calculation should include the old data value, the decreased production time, and the cost associated with creating the product.

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