Like every other business, the construction industry has become highly competitive in today’s business world. At the same time, there is a shortage of skilled laborers that the industry has to deal with. Thus, businesses have to find a way to become more efficient and productive. One such method that is increasingly getting popular these days is prefabrication.
Prefabrication allows companies to prefabricate building structures offsite and then erect those directly at the construction site. Trade contractors improve their operations by constructing supplies before they arrive on the job site. Prefabrication shortens field installation time, improves quality and safety, and reduces material waste.
While prefabricated materials appear to be an ideal solution, if it is not done correctly, it might create more harm than good. This is where Building Information Modeling (BIM) comes into play, as it is BIM that allows for prefabrication. Using precast concrete modeling, companies can leverage BIM to create perfect models of structures using BIM that can be constructed off-site.
How does precast concrete modeling work?
Without BIM, developing prefabricated materials becomes challenging, and contractors run the danger of constructing bits and components that don’t fit together properly after they’re put on the job site. However, contractors can avoid all the hassles through the use of precast concrete modeling.
Each trade contractor can be certain that their system will fit and install according to the design by using highly detailed and coordinated BIM 3D models of various architectural, structural, and MEP systems. Contractors can develop a fabrication-level 3D file using specialist software, which is then used in a Computer-Aided Manufacturing (CAM) machine to create the building component or part with precision and quality.
In our previous blogs, we have highlighted how Chinese engineers have used the power of precast concrete modeling to prefabricate hotel structures. The prefabricated structures were then transported and assembled on the site to construct a 7-story hotel in just 12 days. This incredible feat achieved by Chinese engineers is a live testimony to the power of prefabrication and precast concrete modeling.
However, such instances are not unique and across the world, precast concrete modeling is being used to construct jaw-dropping structures from stadiums to skyscrapers in record time. Incredible as it might sound, the prowess of BIM is not limited to prefabricated structures. Instead, BIM as software has revolutionized the entire construction industry.
Consider, for instance, the MEP parts of the building. Undoubtedly MEP units are one of the most complex structural elements in buildings. It is also one of the most important elements in the buildings. Using MEP BIM modeling it is possible to create a perfect BIM model of the MEP system without clashes. This can help reduce construction time, increase turnover and reduce waste.
But, all said and done, it can be costly and a little exhausting for a small or mid-size construction company to hire its own BIM resources to realize these benefits. This is where you can connect with a leading BIM provider. A leading BIM provider has all the necessary resources to offer you readymade BIM models that can cust construction time and offer you a definite advantage over your competitors.
So, whether you need precast concrete modeling or MEP BIM modeling, just connect with a leading BIM provider like Ivan Dimensions now.