3D scanners are also having a huge impact on the construction industry as well. It is a much easier way to determine what kind of reinforcements a structure will need to withstand.
Through using 3D software and 3D scanners you can build a 3D model of a building to compare it with other structures in order to determine the level of reinforcement that the next model may need just like Atis Cloud.
One example of this is the information and studies that have been done in the construction of the Istanbul, Turkey metro station. The metro station had to be reinforced with beams in order to ensure that the trains, which travel through it every day, will be safe. Knowing this, the design and construction of the metro station was able to take place in a much safer manner.
Benefits of 3D Scanners in Construction:
Using the latest technology for your own buildings is always the safest way to make sure that they are safe for your employees and customers. So, what are you waiting for? Make the investment in the most accurate 3D scanner like the point cloud viewer on the market and make sure that you’re building and its structures will last for many years to come.
- Proper analysis in 3D helps in avoiding obstacles during construction and monitoring the quality of material at the time of assembly.
- It reduces the number of false finishes by producing a model of the work area and all the internal structures beforehand.
- It ensures the safe work area environment.
- It reduces transportation costs, safety risks and waste.
- It improves efficiency in procurement of materials by avoiding losing materials on the way, such as sand, gravel and cement.
- It provides cost-effective infrastructure.
- It allows workers to access the assembly area and can adjust the external mesh to reduce wind resistance in the assembly area.
- It offers an accuracy of 1.8 mm.
Many 3D scanning companies are providing advanced 3D scanning technology in construction applications such as construction drawings, design, landscape, and other related fields. 3D scanners are an effective solution in assessing construction projects, assessing irregularities, and identifying problem areas.
Types of Materials 3D Scanners Market can be segmented into:
1. 3D and 2D Scanning
In 1.3D scanning, the 3D information is converted to a 2D image to create a computer model of the product. The product is reduced into its base structure. On analyzing the base structure, a virtual 3D surface is created and used to construct the finished product. In 2D scanning, a 2D image is projected onto the work surface that is used to create a model. These are used in applications such as product design, paint, furniture, and automotive.
In 2D scanning, the 3D information is converted to a 2D image to create a computer model of the product. The product is reduced into its base structure. On analyzing the base structure, a virtual 3D surface is created and used to construct the finished product. In 2D scanning, the 3D information is converted to a 2D image to create a computer model of the product. The product is reduced into its base structure. On analyzing the base structure, a virtual 3D surface is created and used to construct the finished product.
2. 3D Scanning
In 2.3D scanning, the 3D information is converted to a 3D image by projecting a higher-resolution model onto the work surface. The 3D image is converted into a 2D image by printing a low-resolution model on the surface. These 2D images are later used to create a 3D model. 2.3D scanning is usually used for building a model of external structures such as the structure of a building. Go here: https://www.usna.edu/Users/oceano/pguth/md_help/html/pt_clouds.htm for more info.
Various types of 3D scanners like the most famous point cloud viewer are available in the market include laser scanning, IR scanning, ultrasound scanning, and others. Laser scanners are mostly used in architecture and construction industry and can capture the images of physical features of the construction projects. Recent developments in 3D technology have also led to the emergence of accurate and precise 3D models that help engineers to use the digital model for predicting construction projects. This can ensure an accurate product planning and the generation of timely cost estimations, which, in turn, help in cost saving in the construction industry.