The Evolution of 3D Laser Scanning Services in the Construction Industry

Construction Firms Are at a Turning Point

Over the past two years, the construction industry has done everything possible to deliver projects amidst challenges. And as the governments begin to boost their expenditure on infrastructure following the COVID-19 pandemic, the uncertainty construction firms and engineers face will likely bite deeper. 

As such, construction firms are at a turning point where they can choose to embrace 3D laser scanning services to win more profitable projects and develop a sustainable competitive advantage. 

The advancement of construction productivity over the past 30 years has kept the profit margins stubbornly low. Digital processes and solutions can help engineers improve their project performance. Construction firms that embrace emerging tech trends will gain a competitive edge. The COVID-19 pandemic has accelerated the adoption of 3D scanning technology and changed construction firms’ operations.

Technology can change the way engineers construct and design projects. Construction is a sophisticated field, so initiating a change can be challenging. But with digitalization, everything is possible. 

Engineers don’t have to use a collaborative process to access the latest technologies. Next-generation BIM integrates the latest BIM software into a well-connected data environment. Cloud-based environments enable real-time collaboration to transform projects.

But with all technologies available, determining where to start can be challenging. For a project to be successful, it has to get the basics right. Digitalization offers enormous potential to build on existing projects and improve project delivery. But not every technology applies to your case. So, organizations should get the fundamentals right before implementing the digital twin.

A digital twin is an evolving set of data that exploits synchronized data-driven to optimize performance. Advances in mixed reality, 3D scanning services, artificial intelligence, and machine learning have enabled infrastructure digital twins.

There are three steps to implementing construction digital twins. It starts with gathering the design and reality models before converting them into constructible content. Cloud data storage has made tasks such as model-based estimating, 4D simulations, and scheduling easier. As a result, it has become easier to implement digital best practices by utilizing schedule data and existing designs.

Finally, it is time for engineers and construction firms to explore the latest technologies, such as 3D laser scanning services, to achieve better results with less effort and resources.

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