Power your next project with our high-precision 3D laser scanning survey, terrestrial laser scanning, and 3D modelling for accurate site data and analysis.
Collecting accurate data for construction and engineering surveys can be slow and expensive using conventional techniques. When you’re working with complex sites, even small errors can cause costly delays and rework.
What if instead of worrying about errors, you could gather millions of data points in a fraction of the time, with higher accuracy and at a lower cost?
With high-definition 3D laser scanning survey, you get fast, precise data to inform your projects and keep them on track. Using advanced laser scanning technology, our 3D laser scanners measure objects, terrain, and buildings with unmatched detail and speed.
3D laser scanning collects thousands of data points, which can be used for advanced Building Information Modelling. This creates detailed 3D models for analysing structures and terrain, perfect for infrastructure projects, monitoring buildings, or civil engineering works.
Our laser scanning services ensure accurate, real-time data for seamless project planning.
3D laser scanning offers a faster, more efficient way to collect measurements compared to traditional methods. Using laser scanning technology, we generate high-accuracy point cloud data, allowing for non-invasive data collection. This makes it ideal for BIM, 3D modelling, and other detailed laser survey applications.
Get the high-quality data you need with 3D laser scanning surveys, delivering fast, reliable results with unmatched precision.
We use advanced laser scanning technology, 3D laser scanners, and terrestrial laser scanning to provide highly accurate point cloud data for your project.
Our rigorous quality checks ensure scan data accuracy, allowing for precise 3D models, reality capture, and engineering surveys that drive better project decisions.
Have peace of mind with our skilled team, experts in 3D laser surveys, boundary surveys, and engineering surveys, delivering precise scan data and 3D models.
Using advanced 3D laser scanning surveys, terrestrial laser scanning, and reality capture technology, we provide highly accurate data for engineering surveys, construction, and land management.
Whether it’s a residential renovation or major infrastructure development, we’re equipped with laser scanners and scanning services to ensure precise point cloud data for planning, construction, and project management.
We are registered with the Surveyors Board of Queensland, a member of the Geospatial Council of Australia, and a prequalified supplier for Local Buy, as well as numerous local councils and DTMR.
A 3D laser scan is a high-precision digital capture of an object, structure, or terrain using laser scanning technology.
It collects millions of data points, forming a 3D point cloud that can be used for reality capture, engineering surveys, and detailed measurements. Laser scanning work is widely used in construction, infrastructure, and heritage preservation.
In Australia, 3D laser scanning services typically start from approximately $800 for residential homes with fewer than two levels.
The cost of 3D laser scanning depends on project size, complexity, and required scan data processing.
Prices can range from a few hundred to several thousand dollars based on factors like site access, resolution, and point cloud data requirements. Compared to traditional surveying methods, laser scanning work is often more cost-effective and efficient.
A 3D scan captures real-world objects or environments using a 3D laser scanner, generating a point cloud. A 3D model is a processed version of this survey data, often refined into CAD models or BIM for design, analysis, or construction.
3D scanning creates a highly detailed 3D point cloud, which can be converted into accurate digital representations.
3D laser scanning is highly accurate, typically within millimetres, depending on the laser scanner used and environmental conditions.
High-resolution terrestrial laser scanning can achieve sub-millimetre precision, making it ideal for boundary surveys, scan data analysis, and engineering survey applications.
The use of a laser beam ensures high-definition measurements for complex structures.
3D scanning speeds up the data collection process by capturing millions of data points in minutes.
Unlike traditional surveying methods, which require manual measurements, laser scanning work quickly generates a 3D point cloud for more detailed and accurate survey data.
A 3D scanner is used to capture precise measurements of structures, terrain, and objects. It emits a laser beam to collect data points, creating a highly accurate 3D point cloud for boundary surveys, engineering surveys, and reality capture projects.
A 3D point cloud provides a digital representation of a site, making it easier to plan and execute construction projects.
By using 3D scanning and survey data, engineers and architects can detect potential issues early, reducing errors and improving project efficiency compared to traditional surveying methods.
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