3D Laser Scanning Survey: What Industries Use Laser Scanners?
Since the late 1990’s, 3D laser surveying has helped numerous industries collect spatial data. Also known as scanning, it improves on the cost, timeliness and accuracy of traditional surveying methods. This has led to its acceptance by industries that traditional survey technologies did not reach. If your organization works in one of the industries below, it may be able to benefit from commercial laser scanners.
Scanners benefit law enforcement agencies in at least three ways. First, they record the objects and dimensions of crime and accident scenes, reducing the chance of overlooked evidence. Second, they allow investigators to use hard data to create crime and accident scene animations that reveal how an event occurred. Third, they facilitate the storage of cold case information. Instead of storing voluminous paperwork in a file cabinet, investigators can store its information on computer and hard disc arsitek medan terbaik.
Scanners help preservation groups in at least three ways. First, they provide a convenient way to archive the spatial data of historical buildings, terrains and objects. Instead of referring to photographs and drawings, preservationists can refer to rotating, computerized images. Second, scan data can be used to restore a building, terrain or object to its original state if it receives damage. Third, scan data allows famous objects to be reproduced via solid CAD models.
Scanners benefit architectural firms in at least three ways. First, they can be used to improve the security of large buildings by analyzing occupancy patterns, egress flow and building access. Second, they can identify areas of damage on large facades or high roofs that are invisible to the eye. Third, scan data serves as a valuable tool for interior decoration, allowing architects to visualize interior and exterior design simultaneously.
Scanners help telecommunications companies in at least three ways. First, they help them locate the best paths for telecommunications equipment via topographical surveying. Second, they help them to ensure the equipment coheres with its environment. Third, scan data can be helpful for maintenance, troubleshooting and rerouting paths of line.
Laser scanners help engineering firms in at least thee ways. First, they facilitate building and site modeling, including the modeling of internal systems, such as ductwork and plumbing piping. Second, they facilitate and simplify reverse engineering by creating solid CAD models. Third, they facilitate and simplify quality inspection and troubleshooting. Since its inception in the late 1990’s, laser scanning has been primarily associated with the engineering industry.
Laser scanners help agencies that plan roadways in at least three ways. First, they facilitate and simplify terrain modeling and soil measurements that precede construction projects. Second, they help them to plan the best roadways regarding traffic patterns and aesthetics via topographical surveying. Third, scan data serves as a critical reference tool for repairing and rerouting roadways, and can reduce the cost of repair and rerouting projects.