ISSSTE Leon Medical Center

Reality capture was carried out at the medical center using terrestrial laser scanning, obtaining a highly precise point cloud that detailed the current conditions of the building. With this information, a BIM model was developed, allowing for construction management and accurate material volume quantifications, optimizing the planning and execution of the project.

ISSTELEON

Monterrey, México

2019

Icono azul que muestra una gran cámara sobre un pedestal y un dron sobrevolando montañas, árboles y edificios

REALITY CAPTURE

Dibujo lineal azul de un monitor de ordenador que muestra un cubo 3D y elementos de interfaz, todo ello dentro de un borde circular

DIGITAL MODELS

Un icono gris y estilizado de un escáner láser dentro de un círculo, con formas geométricas y elementos de diseño simétricos

terrestrial laser scanning

The terrestrial laser scanning captured millions of points with high precision, generating a detailed point cloud that faithfully reflected the architectural and structural conditions of the medical center. This survey provided reliable data that served as the foundation for analysis, planning, and the development of the following project phases.

Un dibujo lineal gris de un monitor de ordenador que muestra la palabra BIM junto a un edificio estilizado y lĂ­neas similares a circuitos, todo ello encerrado dentro de un borde circular

BIM (Building Information Modeling)

Using the generated point cloud, a BIM model was developed, integrating all relevant information of the building. This model allowed for managing construction progress, conducting accurate material quantifications, and optimizing planning for time and resources, improving coordination and reducing errors at all project stages.

ISSTELEON

Monterrey, México

2019

ISSSTE Leon Medical Center

Reality capture was carried out at the medical center using terrestrial laser scanning, obtaining a highly precise point cloud that detailed the current conditions of the building. With this information, a BIM model was developed, allowing for construction management and accurate material volume quantifications, optimizing the planning and execution of the project.

REALITY CAPTURE

Terrestrial Laser Scanning

The terrestrial laser scanning captured millions of points with high precision, generating a detailed point cloud that faithfully reflected the architectural and structural conditions of the medical center. This survey provided reliable data that served as the foundation for analysis, planning, and the development of the following project phases.

DIGITAL MODELS

BIM (Building Information Modeling)

Using the generated point cloud, a BIM model was developed, integrating all relevant information of the building. This model allowed for managing construction progress, conducting accurate material quantifications, and optimizing planning for time and resources, improving coordination and reducing errors at all project stages.