Scan-to-Revit

Preserving our cultural heritage is crucial to understanding our past and shaping our future. Historical buildings, monuments, and landmarks are not just beautiful to look at, but they also serve as a reminder of our ancestors and their way of life. However, preserving these structures and landmarks is not an easy task. It requires a delicate balance of preserving the original structure while also ensuring it is safe and functional for future generations. This is where laser scanning survey technology comes in. Laser scanning survey is a non-invasive and highly accurate method for capturing the existing conditions of a structure or monument. By using laser scanning survey for heritage preservation, we can reap several benefits: Accurate Record of Heritage Structures Laser scanning survey allows us to create highly accurate 3D models of heritage structures, providing us with an invaluable record of their current state. This record can be used to assess the condition of the structure, identify areas that require repairs or restoration, and monitor the structure's stability over time. The detailed and accurate 3D models created from laser scanning survey can also serve as a reference for future preservation efforts. Preservation without Damage Preserving a heritage structure requires care and caution to avoid damaging the building's original features. Laser scanning survey is a non-invasive technique that doesn't require any physical contact with the structure, making it ideal for heritage preservation. It captures precise data without causing any damage to the structure, allowing for accurate measurements to be taken without harming the building. Efficient Preservation Planning Laser scanning survey provides detailed information about the structure's existing conditions, allowing preservation teams to plan and execute their work more efficiently. The data obtained from laser scanning survey can be used to create accurate floor plans, elevation drawings, and sections, enabling preservation teams to assess the condition of the structure and identify any areas that require repairs or restoration. This information can also be used to plan the logistics of the preservation effort, such as the placement of scaffolding and access points.  In conclusion, laser scanning survey technology plays a vital role in heritage preservation. By providing accurate and detailed information about heritage structures, laser scanning survey allows preservation teams to plan their work more efficiently, preserve the original structure without damage, and even facilitate the restoration or reconstruction of damaged or destroyed structures. At BESurvey, we are committed to providing the highest quality laser scanning survey services for heritage preservation projects in London and the UK.

Building Information Modeling (BIM) is a process that involves the creation of a digital model of a building, which can be used throughout the entire lifecycle of a construction project. It is a collaborative and data-driven approach that is rapidly gaining popularity in the construction industry. One of the key technologies that play an important role in BIM workflows is laser scanning survey.  Laser Scanning Survey: An Overview Laser scanning survey involves the use of a laser scanner to capture accurate and detailed data about a building's physical features. The scanner emits laser beams that bounce back from the surfaces of the building and are captured by a sensor. The captured data is then processed to create a 3D point cloud, which can be used to generate a highly accurate digital model of the building. The Role of Laser Scanning Survey in BIM Workflows Laser scanning survey plays a critical role in BIM workflows. It enables architects, engineers, and construction professionals to create highly accurate digital models of existing buildings. These models can be used for a variety of purposes, such as renovation and retrofitting projects, as-built documentation, and clash detection. As-Built Documentation Laser scanning survey is particularly useful for creating as-built documentation, which involves capturing accurate data about the physical features of a building that has already been constructed. As-built documentation is essential for renovation and retrofitting projects, as it provides accurate information about the existing conditions of a building. This information can be used to ensure that the proposed changes are feasible and can be implemented without any issues. Clash Detection Clash detection is another important application of laser scanning survey in BIM workflows. Clash detection involves identifying potential clashes or conflicts between different building systems, such as electrical, plumbing, and HVAC systems. By using laser scanning survey to create a highly accurate digital model of the building, construction professionals can identify these clashes before construction begins, which helps to prevent costly delays and rework. Conclusion Laser scanning survey is a key technology that plays an important role in BIM workflows. It enables architects, engineers, and construction professionals to create highly accurate digital models of existing buildings, which can be used for a variety of purposes. Whether it is for as-built documentation, clash detection, or any other application, laser scanning survey helps to enhance the accuracy and efficiency of BIM workflows. At BESurvey, we offer laser scanning survey and a range of other surveying services in London and the UK. Contact us today to learn more about how we can help you with your BIM workflows.