We performed a mock-up of a controller enclosure for one of the leading manufacturers of LV switchgear to reduce production downtime. Problems in the global supply chain resulted in extended waiting times for...
Czytaj więcejPoint Cloud
3D scanning of objects using laser light allows for very accurate measurements. Currently, this method is widely used in post-construction inventory in industrial, architectural, and heritage preservation sectors. The data obtained in this way take the form of a so-called point cloud and can be processed in CAD software. We offer point clouds in grayscale or color (RGB palette). There is also the possibility of obtaining a point cloud registered in natural colors, but this requires a much longer and more precise measurement. Point clouds can be delivered to clients in the form of raw data (we perform scans, merge them, and export them to various formats at resolutions optimal for further work) or processed in CAD software – we offer 2D and 3D services.
IBuilding inventories,
2D documentation
2D documentation
3D building inventories are the cheapest and most effective solution when it comes to checking and comparing the condition of buildings, both historic and of any other possible type. This solution is used by investors as well as art conservators and offers the greatest number of possibilities when it comes to analysis, storage, and editing of scanned material. Building inventories conducted using traditional methods are extremely difficult and time-consuming – not to mention the costs involved!
Inventories conducted in 3D technology, on the other hand, are simple and extremely accurate. We use specialized equipment for this purpose, whose sole task is to faithfully capture the nature of scanned objects and structures! Don’t wait and save your time, while also reducing costs. Preserve a full 3D scan with the option for voluntary and extensive editing by entrusting its preparation to our company!
CAD models BIM models
Our company offers 3D CAD models prepared in various formats and at different levels of detail. Unfortunately, the complexity of the point cloud and its wide application are somewhat limited by software that requires data conversion to a CAD set. This involves fitting geometric elements into the scanned surfaces represented by points. Before we start working on creating a 3D model, we ask clients to specify the expected level of detail for the project. Creating a very accurate model is not always necessary – it all depends on the specific client’s expectations and what the project is intended for.
Building Information Modeling (BIM) enables continuous and immediate access to project information, its costs, and schedules. It also simplifies the design process by allowing testing of various options and schemes in a virtual environment to select the optimal one. BIM involves modeling information about the building, defining elements such as walls, floors, windows, and doors, as well as electrical wiring and plumbing. The resulting CAD model is a representation of these elements. Based on the defined position or direction of these elements, it is very easy to generate 2D plans, sections, and elevation drawings. We specialize in creating BIM models in the most commonly used environments such as Revit and Archicad.
With years of experience in modeling, we are able to propose optimal solutions to our clients after understanding their needs.
Industrial plant modeling
We specialize in creating installation models using programs such as Aveva PDMS and AutoCAD Plant. They are suitable for preparing documentation for most types of industrial installations. What is PLANT? It is essentially a 3D model that serves as a database containing information for designing new chemical installations. It is not only a representation of the three-dimensional space of the object, but also includes data to determine how the assembly of the designed structure will proceed and what will be necessary for it. Models in such software allow for full control over work from the earliest design stage to implementing changes or improvements within existing installations.
digital twins
In the era of IoT (Internet of Things), 3D scanning and creating digital models of entire environments such as production facilities significantly facilitate process optimization and decision-making. Digital twins are modeled in CAD environment as faithful replicas of existing systems, objects, etc., allowing us to simulate real conditions and subject them to analysis in order to better respond to changes, improve performance, and add other business-critical values. Digital twins are a concept that will have a key impact on the development of digital transformation and the Internet of Things environment in the coming years. Are you planning to invest in digital replicas of your halls, warehouses, or production environments? Contact us to obtain detailed CAD models, enabling simulation of your processes!
LIDAR from a drone
Laser scanning is the best technology available for acquiring data for a digital terrain model. LIDAR (Light Detection and Ranging) is a device with a similar operating system to radar, except that it uses light instead of microwaves to gather data. Wherever aerial scanning is needed, such as designing railway or road routes, creating maps, assessing damage after disasters, etc., we can perform drone scanning as the fastest and most accurate way to obtain scans.
Deformation analysis / earthworks volume control
Due to various factors, buildings and other structures undergo deformations, which in turn lead to damages that hinder, and sometimes even prevent, their use according to their intended purpose. This mostly concerns buildings and objects located near construction sites or mining areas, where terrain exploitation can lead, for example, to soil erosion, resulting in deep settlement of buildings or the formation of mounds under their foundations, as well as other changes. Some of these changes can lead to complete destruction of the structure. Areas such as railway tracks, bridges, and tunnels are particularly prone to deformations caused by vibrations. We offer deformation studies and displacement monitoring to plan damage repairs or prevent further harm.
Check our examples of 3D laserlight scanning
Scanning a person with the SCANTECH iReal 2E scanner
We introduce the process of 3D scanning of an entire figure with the SCANTECH iReal 2E color scanner. The scanner allows for fast scanning with the ability to capture the texture of the...
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3D SCANNING OF A PRODUCTION HALL – POINT CLOUD
3D SCANNING OF A PRODUCTION HALL – POINT CLOUD We present a video showing the effects of 3D scanning of the production hall. As a result of 3D scanning a point cloud was...
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