Accurate and fast 3D scanning
3D Laser Scanner
The 3D laser scanner brings a revolutionary approach to measuring and digitizing objects. Thanks to high-speed and extremely accurate scanning, we can quickly and non-contactlessly record the actual condition of buildings, industrial facilities, utilities and cultural monuments.
Comprehensive services in the field of 3D laser scanning
Our company IQservices offers comprehensive services in 3D laser scanning, data processing and CAD model creation to help optimize production, planning and reconstruction.
3D laser scanners
3D laser scanners use laser beams to collect large amounts of point data, which are then processed into 2D drawings, CAD models or 3D visualizations. These processes minimize errors, reduce time and enable accurate planning and reconstruction.
How does a 3D laser scanner work?
The 3D Laser Scanner works on the principle of emitting a laser beam that reflects off the surface of the object being scanned. The time it takes for the beam to return allows the exact position of individual points in space to be determined. The result is a so-called point cloud, which serves as a basis for digital modelling and analysis of objects.
The 3D laser scanner is used in the following areas
The 3D laser scanner enables precise and non-contact measurement of objects, thus providing the basis for optimizing production processes and creating CAD documentation in industry. Thanks to its high resolution and fast data acquisition, it can effectively capture the real condition of industrial equipment and production halls.
In the field of architecture and preservation of cultural monuments, the 3D laser scanner enables detailed documentation, digitization and reconstruction of historical objects. This technology captures even the smallest architectural details, thus providing an accurate basis for the restoration and renovation of monuments.
3D laser scanners are also widely used for the accurate documentation of buildings, steel structures, technological units and infrastructure. Their ability to scan large objects with millimetre precision enables the production of reliable technical outputs for design and planning.
The 3D laser scanner plays a key role in the refurbishment of production facilities and the planning of the installation of technological units. It helps in detecting collisions, optimizing production areas and accurately planning new technological elements, thus minimizing errors and inaccuracies in project implementation.
Benefits of laser scanning
High measurement accuracy
The 3D laser scanner operates with millimetre precision, allowing extremely detailed and accurate measurements of objects. This precision makes it ideal for renovations, production hall designs, checking assembly accuracy or digitizing historical monuments. It eliminates the errors that can arise from manual measurement and provides reliable data for further processing in CAD or BIM software.
Speed and efficiency
3D laser scanning makes it possible to record huge amounts of data in a short time. In one second, the scanner can record up to 900,000 points, allowing large objects to be scanned in a matter of hours. This significantly reduces the time required for data collection and speeds up post-processing, saving time and project costs.
Non-contact measurement
One of the biggest advantages of the 3D laser scanner is the possibility of non-contact measurement, which makes it an ideal solution for scanning objects that are located in hazardous, difficult to access or active areas. This technology enables accurate measurement in chemical plants, energy facilities, high-rise structures and tunnels where traditional measurement methods would pose a safety risk. It is equally effective for digitizing historical monuments, interiors of old buildings or underground utilities where direct physical measurement would not be possible. The possibility of scanning industrial halls during operation, without the need to shut them down, is also a great advantage. This allows us to obtain detailed documentation of the objects without interfering with their operation, with all data immediately available for further processing.
Full digitisation of objects
The 3D laser scanner enables the creation of a complete digital model of an object that captures all its dimensions, shapes and structures with high precision. The scanning outputs can be further processed into 3D CAD models that are used in technical design, analysis of production processes and optimization of technological equipment. In the construction and architectural sectors, this data is converted into BIM models that serve as accurate digital documents for construction and renovation planning. In addition, the acquired data can also be used to create virtual tours, which is particularly useful for project presentations, documentation of cultural monuments or visualizations for investors and clients. The full digitisation of objects thus provides a reliable and comprehensive basis for further work, while eliminating the need for repeated physical inspections and measurements.
Minimise additional measurements
Thanks to its high resolution and detailed data acquisition, the 3D laser scanner allows you to capture all the information you need in the first scan. This means there is no need to take additional measurements, minimising the number of site visits and saving time and financial costs. This way of working reduces the risk of errors that could arise from inaccurate or incomplete measurements, while ensuring that all data is available as soon as it is processed. This advantage is particularly important for large industrial projects, building structures or infrastructure solutions, where each additional measurement means an extended schedule and increased budget.
Wide range of outputs
Once scanning is complete, the data obtained from the 3D laser scanner is processed and exported into formats compatible with the most widely used software in industry, construction, architecture and manufacturing. The most commonly used formats include 2D drawings and technical documentation (DWG, DXF, PDF), 3D CAD models (STEP, JT, SKP, RVT, IFC), point clouds (PTS, E57, LAS) and interactive visualizations, including virtual tours in HTML or PDF with measurement functions. This versatility of the outputs allows direct use of the acquired data in a variety of industries, while ensuring full compatibility with existing workflows and software platforms.
How much does a 3D laser scanner cost?
The price of a 3D laser scanner depends on its technical parameters, measuring range and accuracy. In our offer you will find various models, from compact handheld scanners to powerful industrial scanners with a measuring range of up to 400 meters.
- Faro Focus Premium MAX – high-end 3D laser scanner with Faro FLASH technology and Panocam module, ideal for detailed documentation of industrial and construction projects.
- Faro Focus Core – a convenient alternative with the best price/performance ratio on the market.
- Faro Freestyle 2 – handheld 3D scanner for flexible and accurate scanning of smaller objects and interiors.
- Orbis Premium – professional scanner with high 8K resolution for colorful point clouds and detailed visualizations.
Prices for individual models vary according to configuration and accessories. Contact us for an exact quote – we will be happy to help you choose the best 3D laser scanner for your needs.
Frequently asked questions
The accuracy of 3D laser scanning ranges from ±1 - 3 mm, depending on the scanner used and the measurement conditions. This technology provides significantly higher accuracy than traditional measurement methods and is ideal for reconstruction projects, technical documentation and quality control in industry.
The time required for scanning depends on the size and complexity of the object. Smaller objects can be scanned in minutes to hours, while large industrial complexes or construction objects may require several days to collect and process data.
Yes. 3D laser scanners are often used to check production accuracy, compare actual condition with design documentation and detect errors in industrial processes. They are an ideal tool for monitoring assembly, producing accurate parts and detecting deviations from planned dimensions.
The 3D laser scanning data can be imported into various CAD and BIM software such as:
- AutoCAD - DWG, DXF.
- Revit - RVT, IFC.
- SolidWorks, Inventor - STEP, IGES.
- Bentley MicroStation - DGN.
- SketchUp, 3ds Max - OBJ, SKP.
1️⃣ Requirements analysis - specification of project objectives.
2️⃣ Object scanning - field measurements using a 3D laser scanner.
3️⃣ Data processing - data cleaning, point cloud joining, model creation.
4️⃣ Output processing - generation of CAD/BIM models or technical drawings.
5️⃣ Delivery of final data to the customer - in the required formats.
1️⃣ Requirements analysis - specification of project objectives.
2️⃣ Object scanning - field measurement using a 3D laser scanner.
3️⃣ Data processing - data cleaning, point cloud joining, model creation.
4️⃣ Output processing - generation of CAD/BIM models or technical drawings.
5️⃣ Delivery of final data to the customer - in the required formats.
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