Point Cloud To Revit - Scan To BIM Services
APPLE ENGINEERING is an expert team for Point Cloud to Revit and Scan to BIM modeling for accurate digital representation of laser scan data in 3D models and 2D CAD files.
Earlier Traditional methods used measuring equipment but nowadays Point Cloud to BIM is highly recognized for its extreme accuracy. For as-built reasons as well as for renovation and reconstruction projects, we generate high-quality Models. To begin the projects, a building surveyor uses a 3D laser scanner to scan the whole building. The following are some of the advantages: A 3D laser scanner provides dimension information, resulting in a Point Cloud 3D Model. It means that this 3D laser scanner scans and analyses the whole structure and creates a .pts file. You can check out the image (A) below which is a point cloud picture. The file is then transformed to a .rcp (Recap) format that is compatible with Revit Software. After that, modeling is made in order to convert the model into a Point Cloud File. Renovation projects benefit the most from point cloud techniques.
With the help of 3D laser scanners or other different technology, a point cloud acquired a vast collection of points to construct 3D models of the existing buildings. The design process is aided by point cloud files, which provide a real-world framework in which you may simulate the object or add new models. We give global services at APPLE ENGINEERING. We assist surveyors, architects, retailers, and contractors in converting point cloud and laser survey data into data-rich 3D BIM models for use in building processes downstream. For BIM Modeling, we utilize Revit Architecture and Revit MEP. Our company’s professionals have extensive experience translating Point Cloud Data into BIM platforms with the help of Revit and other BIM tools. We develop an accurate As-Built information Model of the pipes, walls, slabs, roof plans, facade, and landscapes of the structure from both inside and outside. We have worked on LOD 300 to LOD 500 models for Architectural Elements, Mechanical, Structural, Electrical, and Fire Fighting Elements, Structural Elements, and Integrated Models.