In today's fast-changing construction field, it's really important to use advanced technologies and services to make sure projects go well. Among them, a new and important process is scanning to BIM.
Today, this article will talk about what Scan to BIM is, how it helps in construction projects, how it works, and the problems it might have. Additionally, it will explain why our services are the best solution for addressing these problems.
Scan to BIM is a new way of doing things. It takes 3D data from laser scanning or pictures and turns it into a detailed Building Information Model (BIM). This model is like a digital copy of a real building or structure. It has exact measurements, accurate placement details, and the right shapes. Moreover, this helps construction experts work better.
Accurate documentation: Scan to BIM captures precise as-built data, ensuring accurate and up-to-date documentation of the constructed facility.
Efficient renovations: The detailed 3D model helps plan renovations and modifications more efficiently, reducing errors and costs.
Clash detection: Scan to BIM enables the identification of clashes between existing elements and new design, avoiding conflicts during renovations.
Asset management: The BIM model aids in effective facility management by providing a comprehensive view of all elements and systems.
Taking care of the building: The thorough BIM model helps with planning upkeep, making the building last longer and reducing periods of not working. This improves maintenance strategies.
Checking how well it works: Scan to BIM makes it easier to check performance, which helps make energy use better and overall operations smoother. This enhances overall efficiency.
Bringing data together: BIM data joining with building management systems makes work smoother and helps with decisions based on data.
Doing things without spending too much: Knowing the building well with BIM helps with doing things in a way that doesn't cost too much over time.
This process involves the following steps:
Data Acquisition: Firstly, lasers or other scanners use exact measurements and create point cloud data from the real structure.
Point Cloud Registration: Secondly, they combine and align the different scans to form a full point cloud picture of the entire building.
Point Cloud Cleanup: Next, they remove unwanted or noisy data points from the point cloud to ensure accuracy and clarity.
Modeling Elements: Then, they create parts of the building such as walls, floors, doors, and more in the BIM using the point cloud information.
Parametric Modeling: They replace simple shapes with intelligent BIM objects having specific properties, adjustable through BIM software.
Level of Detail (LOD) Development: Each part's level of detail is decided, from basic shapes to detailed models.
Model Verification: They compare the BIM model with the original scan data to ensure correctness and completeness.
Additional Information: They include useful data like material information, construction details, and equipment specifications in the BIM model.
Model Integration: The Scan to BIM model is joined with other project models to make a complete BIM model for the whole project.
Collaboration: Architects, engineers, and builders work together using the shared BIM model to make good choices and coordinate the project.
In conclusion, scan to BIM helps experts use real info, which makes fewer mistakes, plans projects better, and makes construction and remodeling easier. This boosts project success.
Scan-to-BIM provides an answer to important issues in the AEC field. Additionally, getting data for BIM models of existing buildings can take a lot of time, especially when updates are needed often.
In the design phase, there are problems due to not having enough or dependable info from old as-built records, which can cause mistakes in the BIM models and affect other users. Moreover, while constructing, gathering data to update models is hard work, requiring actual visits to the site and careful planning.
Using 3D scanning tech, the scan-to-BIM method makes things smoother. Additionally, 3D laser scanners help change point clouds into BIM, quickly creating exact datasets. This leads to precise BIM models that match project requirements well. Consequently, this approach saves time, money, and budget, making point cloud to BIM an exceptionally useful solution for tackling AEC issues.
We're happy to introduce Harmony Advanced Technologies' Scan to BIM services. Notably, we're a top Vietnamese company with more than 20 years of experience. Especially, renowned for our advanced tech solutions, Harmony AT is here to revolutionize how buildings and infrastructure are transformed into BIM models.
Our Scan to BIM service turns laser scans or point cloud data into accurate BIM models. Besides, we use advanced 3D scanning to measure buildings precisely, making detailed models.
At Harmony AT, we know AEC pros struggle with data and model making. As a result, our Scan to BIM service fixes this by updating models of buildings. This saves time and effort from entering data manually. Above all, if you want our help, contact us here for answers.
Harmony AT's Scan to BIM services improve project planning, teamwork, and cut costs. It's useful for any building or fixing project. On top of that, we're pleased with the great results and our dedication to new ideas keeps us strong in construction.