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3D laser scanning can gather up to one million data points per second, with precision that matches or exceeds traditional surveying in most circumstances. 3D laser scanning delivers viewable and measurable information that is as trustworthy and effective as being on site, which is not achievable with standard survey approaches. The approach generates a realistic 3D picture of the project, allowing the designer to add additional components, identify issues, and make detailed building plans. This enables the prefabrication of a large number of components and reduces the need for costly field adjustments. Additionally, employing a 3D laser scanner to capture data might eliminate the need for return trips to the project site, which are sometimes required when using traditional survey methods to acquire extra information or find additional features.
3D laser scanning improves safety by allowing measurements to be taken from a safe distance or location rather than putting someone in a potentially harmful situation. The technology can measure objects from a few feet to hundreds of feet away without the need for a human to physically touch them. Laser scanners can also be used to restrict access to restricted areas.
The project deliverables are tailored to the client’s requirements. Hanover Engineering may offer the client with a point cloud of the 3D scanned project, allowing them to inspect and measure things. We may also supply a 3D model that the client can use to design and place components with ease. The flexibility to tailor deliverables allows clients to just hire the services they require for their project.
3D laser scanning will save you time and money whether you’re documenting existing conditions, retrofitting a pipe fitting, rebuilding a structure, or constructing a new bridge.
In a range of fields including academic study, 3D laser scanning is applied. Clothing and product design, the motor industry, and medical science have all profited from it. Laser scanning can also be used to document structures, particularly in areas where people are unable to enter owing to safety concerns. Industrial, architectural, civil surveying, urban topography, mining, reverse engineering, quality, archaeology, dentistry, and mechanical dimensional inspection are just a few of the many applications for 3D Laser Scanning. In comparison to other traditional metrology technologies and methodologies, 3D laser scanning technology enables for high resolution and significantly faster 3D digitization. Animation and virtual reality applications are two really fascinating applications.
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