Top 5 Benefits of 3D Modeling for Engineering Services

Top 5 Benefits of 3D Modeling for Engineering Services
  • Jan 25,2021

To gain approval on any project, an engineer needs to present their ideas visually, and that thing is possible with the help of 3D models. It assists engineers at every stage, from designing to conception to presenting in front of others. The popularity of 3D modeling is growing tremendously among the engineering community. However, most engineers are still not fully aware of how to include these 3D models in their designing stages and find it difficult to upgrade their engineering skills.

3D modeling adds dimensions and parameters to specific engineering calculations, and the latest software helps in performing functions, programs and the like, on those values. In fact, they build real engineering knowledge into models.

Benefits of 3D Modeling for Engineering Services

While a better overall design may be the most significant advantage of 3D modeling, manufacturing and engineering firms need to consider its other ancillary benefits and improve your projects' quality in meeting with potential client requirements.

1. Better Representation of Designs than 2D

Based on a 2D drawing, it is difficult to visualize a finished design and may have difficulty picturing the final design. 3D modeling helps an engineer provide an accurate depiction of a project and allows clients to see a built-to-scale representation of their projects. With mechanical 3D modeling, one can even highlight specific exterior paint colours, structural choices, and features, thus showing what the project will look like in real life.

2. More Effective Design for Manufacturability

While it is seen that 3D is undoubtedly more efficient than 2D in representing design for manufacturability. A 3D mechanical model has the potential to get the quality of your design across more effectively weeding out inconsistencies in the ideation and supposed implementation compared to any 2D drawing. So engineering firms can utilize 3D models for examining linear and geometric tolerances and how those values can affect the manufacturing process.

3. Catch Errors Promptly

While it may sound unbelievable, 3D modeling has an excellent quality to catch errors in machining models, thus saving many funds. Sometimes engineers can make obvious mistakes that can lead to heavy losses if the errors get unnoticed during designing stages. But utilizing 3D models and the simulation software in tow, one can speed the process and spot shortcomings before proceeding to manufacturing and production. Thus, a project can be checked, tested, and revised before going into production that no drawing or 2D design ever could.

4. Effective visualization

Mechanical engineers can manipulate 3D models and validate their laid out plans to identify any problems with design quality. 3D renderings can save a lot of time and money, and give an accurate picture of how they can change their design if they need to. Thus, 3D models are cheaper to alter a project in the design stage than waiting for it to be completed.

5. Faster Time to Market

With engineering tools evolving in product design, many mechanical engineers can leverage 3D models to spend less time during the initial design stage as they don't have the luxury of time to perfect this part of the process. Moreover, they can identify issues ahead of time and use the insights to finish the projects quickly and efficiently within a stipulated time frame and budget.

Thus, 3D modelling has provided a critical speed element to the engineering community with a faster virtual machining model. It can give customers and other stakeholders assurance of seeing the 'working model' before the tooling process and production process begins.

Engineering Technique is one company that can leverage 3D Modeling further with its behavioural modeling and simulation analysis solutions, leveraging SOLIDWORKS range of products. Each of the engineered products gain competitive advantage owing to their optimal performance and function with definitive iterations.

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