With the continuous development and update of 3D scanning technology, the application fields are gradually increasing. Especially in the field of industrial buildings, 3D scanning technology is considered the preferred solution in the design and renovation measurement of factory buildings. 
3D scanning of abandoned industrial park renovation measurement is to use 3D scanning technology to accurately measure and collect data on abandoned industrial parks, so as to obtain detailed geometric shape, location and size information of buildings in the park. This information is of great significance for the renovation planning and architectural design of abandoned parks.
A city needs to renovate an abandoned park, but due to the long construction of the park and the long-term unsupervised, the original construction drawings of the park have long been missing, and the interior of the park factory building is relatively dilapidated, and the internal space and topography of the park are complex, which has brought great difficulties to the transformation planning. In order to solve the measurement problem, the park renovation design unit contacted our company, hoping to carry out comprehensive measurement and data collection of the park through the combination of 3D scanning technology and UAV mapping technology.
The first plan for the actual shooting of the abandoned park.
This time, for the surveying and mapping of the park, according to the requirements of Party AOur technical engineers use FARO large space laser scanners and DJI rotary wing drones for data collection operations. The 200,000-square-meter park is home to 12 industrial plants, which require indoor 3D scanning and mapping. In addition, the design unit also planned some outdoor areas, which also needed to obtain high-precision spatial data through 3D scanning technology. For the measurement of the overall topography and landform of the parkOblique photogrammetry was carried out by UAV to obtain a three-dimensional model of the real scene of the park.
3D scanning of the factory building in the abandoned park.
Outdoor 3D scanning of the factory building in the abandoned park.
Through 3D scanning technology, the indoor and outdoor 3D point cloud data of the factory buildings in the park can be obtained, that is, the size information and spatial relationship of the factory buildings in the park, so as to provide accurate data support for the design unit.
Outdoor 3D scanning point cloud data display of abandoned park factory buildings.
Indoor 3D scanning point cloud data display of abandoned park factory buildings.
Indoor 3D scanning point cloud data display of abandoned park factory buildings.
We used drones to collect data and obtain a 3D oblique model of the entire campus. It is convenient for the design unit to control and measure the overall topography of the park.
Drone oblique photography model of abandoned park.
Drone oblique photography model of abandoned park.
Drone oblique photography model of abandoned park.
3D scanning technology can quickly obtain detailed structural data of abandoned parks, including the shape, size, materials and other information of buildings, which can help design and renovation engineers better understand the structure and spatial location of buildings in the park. Make the transformation plan more reasonable and perfect, and escort the transformation project.
Summary: 3D scanning technology plays an important role in the transformation of abandoned industrial plants. From the planning and design of the early stage of the renovation to the construction stage of the renovation to the evaluation and maintenance of the post-renovation stage, the application of 3D scanning technology provides important help and support for the renovation project.