At BIMING, we leverage cutting-edge technologies to offer multidisciplinary services centered around digitization. Utilizing advanced 3D laser scanners and photogrammetric methods, we create precise digital representations of objects. The primary output of our 3D laser scanning is a point cloud, capturing the geometry and topography of the subject in detail. This digital record is invaluable in post-production, facilitating the creation of 2D plans, 3D models, BIM processes, and digital twins, among other products.
Applications:
• Architecture and Construction
• Industry and Energy
• Shipbuilding, Marine and Offshore
• Cultural Heritage and Archaeology” conversion
• Digital Infrastructure
Architecture and Construction
3D laser scanning (3DLS) is an essential tool in both new constructions and reconstructions of various public, private, and engineering facilities, thanks to its unparalleled accuracy, speed, and data capture capabilities.
This advanced technology allows for the comprehensive measurement of all visible surfaces, even in complex and irregular formations. By utilizing remote measurement principles, 3DLS can digitize hard-to-reach or inaccessible areas and details with ease.
Our services include monitoring, 3D measurement, and BIM modeling of existing public and private buildings throughout construction, reconstruction, or renovation phases. We specialize in tackling highly demanding projects such as bridges, tunnels, mines, and other complex structures.
Industry and Energy
At BIMING, we provide 3D laser scanning for a wide range of industrial facilities, including refineries, energy plants, chemical and process facilities, warehouses, mines, factories, and machine shops.
Our measurements are conducted using state-of-the-art, long-range 3D laser scanners. With our extensive array of scanners and skilled operators, we guarantee high-quality measurements in a very short time, ensuring minimal to zero disruption of operational processes.
In collaboration with a group of long-term partners, we convert 3D scans into 2D plans, 3D models, BIM models, P&ID diagrams, and perform deviation and collision analyses. We utilize advanced software tools such as Revit, AutoCAD, Archicad, Inventor, Plant3D, Aveva, Cadmatic, Bentley, Rhino, and more.
Shipbuilding, Maritime & Offshore
At BIMING, we specialize in 3D data acquisition and material production for the reconstruction, modification, and upgrade studies of large vessels and offshore platforms.
In collaboration with our partners—designers from the offshore, shipbuilding, nautical, and oil and gas industries—we assemble a team of engineers capable of delivering turnkey projects, from initial measurements to detailed implementation plans.
With over 250 completed projects, we have earned the trust of clients worldwide, including in China, India, Singapore, the UAE, and Greece. As one of the leading providers of 3D scanning services in the European maritime industry, we operate on a global scale.
Cultural Heritage and Archaeology
3D laser scanning (3DLS) is an essential tool for researching, documenting, preserving, and visualizing immovable cultural and natural heritage due to its high accuracy, speed, and extensive data capture capabilities.
This technology allows for comprehensive measurement of all visible surfaces, even in complex and irregular formations. The remote measurement principle of 3DLS enables the digitization of challenging or inaccessible areas and details.
In addition to 3D laser scanning, we utilize photogrammetry to document culturally and naturally significant objects. Combining 3DLS with photogrammetry allows us to create exceptionally detailed and photorealistically colored 3D models.
Digital Infrastructure
Remote Access and Viewing, VR, and Digital Twin Technology
The Leica Truview application allows remote access to virtual models of facilities, offering numerous advantages and functionalities for maintenance, education, and security, including:
- Remote Viewing and Communication: Access and interact with facility models from anywhere.
- Cost and Carbon Footprint Reduction: Minimize travel expenses and reduce environmental impact.
- Distance Training: Conduct training sessions remotely, enhancing flexibility.
- Remote Diagnostics and Maintenance: Perform diagnostics and maintenance without being on-site.
- Operational Efficiency: Improve efficiency through better remote management.
- Faster Debugging: Quickly identify and resolve issues from a distance.
- 3D Model Visualization: Visualize 3D models within real-world environments for enhanced understanding and planning.
