A paradigm shift from 2D CAD to 3D BIM in Steel Detailing Services
Overview
Many larger firms prefer to adopt 3D Model based on their construction projects whereas few small steel detailers are sticking towards 2D CAD. But if you shift from 2D CAD to 3D BIM, it caters you with many benefits such as improved efficiency, makes savings, keep up with the competition and evolving industry standards.
Steel Detailers are an important part of the construction value chain. It embraces to use 3D workflows for connecting project teams and move the data efficiently from one stage to another. It provides better collaboration between stakeholders involved in the construction projects.
Need to adapt chain of change
2D CAD is not as efficient as a 3D BIM model for Structural Steel Detailing Services but it can visually make the model accurate, and information-packed model can serve the project much better. 2D CAD limits work as it can allow only fabricators to access through 2D Model but by integrating 3D BIM Model adds a competitive edge and makes the project more efficient. It is making the Steel Detailing Services industry urge towards automation and digital solutions. It helps in preventing Clash Detection Services and reduced rework.
For small firm detailers, it is essential for them to cope with the demand for fabricators and add value to maintain and expand customer bases. But for all the types of companies that are using model-based software is continuously expanding.
Even the owners now prevail to use BIM adoption in their construction work for trimming down the schedules and facilitate cost cost-effectively. They are hence making it compulsory for the detailer to use BIM in the construction project rather than losing the contract.
Drawings made in 2D CAD is accurate to some extent only, but it needs to be thought as if it were a 3D physical model making the object look like real so to produce 2D drawings you need to interpret in 3D Model and convert to 2D CAD. It can turn into different interpretation making misunderstand flow. Making construction cost more due to any such mistakes, it may get more clashes in the model, and more rework is possible.
BIM technology allows companies for the globalization of construction projects, where the teams are geographically distributed and enhances collaborative workflow and remains competitive. It becomes important for steel detailers to keep production processes cost-effective and eliminate production scrap through the adoption of 3D BIM-based models.
Conclusion
It’s the right time for the steel detailing companies to make a move of transitioning 2D design process to 3D BIM workflows and leverage the benefit of BIM utilization in projects. Techniques to transition are available, and it aids in production quickly. Model-based software helps in reducing errors and wastage in the shop drawings as the drawings and NC data are all depicted from a coordinated model.
Hence before implementing BIM workflows, the steel detailers must be trained to adapt the future change. Due to familiar working interfaces, it makes the software familiar to the steel detailers and fabricators to enhance the model interpretations.