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3D LASER SCANNING
revolutionizes design and construction by capturing accurate 3D models of existing structures. It helps architects, engineers, and surveyors in designing renovations, conducting land surveys, and detecting clashes. Laser scanning saves time, increases accuracy, and improves decision-making.
solves measurement errors and clash issues. It uses laser scanners to capture precise 3D data, eliminating design mistakes and costly modifications. The data is processed into CAD models or BIM files for visualization and analysis, improving project outcomes.
uses specialized scanners to capture detailed 3D models of objects. The data is transformed into a point cloud, allowing professionals to visualize, analyze, and extract information. Laser scanning saves time, improves safety, and provides accurate measurements for various industries.
saves time and resources by replacing manual measurements and site visits. It captures precise 3D data, allowing for accurate designs and clash detection. Laser scanning is efficient, safe, and improves project outcomes in architecture, engineering, and construction.
3D LASER SCANNING SERVICES
Field Surveying I 3D Laser Scanning
Scanning to BIM I Point Cloud Modeling
As-Built Modeling I As-Built Documentation
3D laser scanning is an advanced technology. Using a specialized laser scanner, millions of data points in space are measured to create a high-quality 3D model representing the object's actual... Read more
Scan to BIM technology has emerged as a powerful solution to address the challenges faced in the construction industry regarding accurate and comprehensive as-built documentation... Read more
As-Built Modeling is a valuable service in the construction industry that involves creating accurate and detailed models of existing buildings and infrastructure... Read more
3D Laser Scanning
3D laser scanning is an advanced technology. Using a specialized laser scanner, millions of data points in space are measured to create a high-quality 3D model representing the object's actual geometry.
This service offers benefits such as precise measurements, time efficiency, integration with BIM platforms, and error prevention, making it a valuable tool for analyzing and modifying existing constructions.
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This service offers benefits such as precise measurements, time efficiency, integration with BIM platforms, and error prevention, making it a valuable tool for analyzing and modifying existing constructions.
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Scanning to BIM
Scan to BIM technology has emerged as a powerful solution to address the challenges faced in the construction industry regarding accurate and comprehensive as-built documentation. Traditional methods of capturing existing conditions often result in discrepancies and inaccuracies, causing delays, rework, and cost overruns. Laser scanning, used in Scan to BIM technology, captures precise measurements by generating millions of points using 3D scanning devices. This data is then used to create an accurate digital replica of the facility, improving the overall accuracy and quality of documentation compared to traditional surveying methods.
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As-Builts
As-Built Modeling is a valuable service in the construction industry that involves creating accurate and detailed models of existing buildings and infrastructure. It addresses the common problem of outdated or incomplete as-built documentation by utilizing advanced technology and skilled professionals.
Traditional as-built documentation methods often result in discrepancies and inaccuracies, leading to delays and errors during renovation, remodeling, or facility management projects. As-Built Modeling provides a solution by capturing the precise geometry and dimensions of structures using advanced surveying techniques such as 3D laser scanning and photogrammetry.
This service plays a vital role in construction projects by providing an accurate representation of a building's current condition. The resulting 3D models can be used for a variety of purposes, including renovations, space management, clash detection, and integration with Building Information Modeling (BIM) workflows.
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Traditional as-built documentation methods often result in discrepancies and inaccuracies, leading to delays and errors during renovation, remodeling, or facility management projects. As-Built Modeling provides a solution by capturing the precise geometry and dimensions of structures using advanced surveying techniques such as 3D laser scanning and photogrammetry.
This service plays a vital role in construction projects by providing an accurate representation of a building's current condition. The resulting 3D models can be used for a variety of purposes, including renovations, space management, clash detection, and integration with Building Information Modeling (BIM) workflows.
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3D Laser Scanning
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Scanning to BIM
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As-Builts
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All City Sketchers in figurues
10+
million sq ft scanned
73
happy clients
700+
projects on laser scanning
Projects
50 Hudson Yards is a 58-story office development that forms an integral part of the new Hudson Yards district on the western edge of Manhattan.
Situated between 10th Avenue and Hudson Boulevard and 33rd and 34th Streets, the building occupies an entire city block, providing almost 3 million square-feet of flexible office space along with retail facilities at street level.
We are proud to have successfully executed the BIM process consisting of BIM Modeling and Coordination throughout the project.
Situated between 10th Avenue and Hudson Boulevard and 33rd and 34th Streets, the building occupies an entire city block, providing almost 3 million square-feet of flexible office space along with retail facilities at street level.
We are proud to have successfully executed the BIM process consisting of BIM Modeling and Coordination throughout the project.
Commercial
New York
16 floors
250 Fifth Avenue is an upcoming 23-story, 230-foot tall building in Midtown.
Main idea to merge old 7 storey building and new 25 storey building in one. The scope of this hospitality project consisted of creating a BIM design model, coordination and collaboration of the architectural, structural and MEP designs.
Especially 3d scanning helped with visualization of upcoming problems in reconstructed old building.
Effective clash detection during the coordination process provided valuable insights for designers to make the necessary changes.
Main idea to merge old 7 storey building and new 25 storey building in one. The scope of this hospitality project consisted of creating a BIM design model, coordination and collaboration of the architectural, structural and MEP designs.
Especially 3d scanning helped with visualization of upcoming problems in reconstructed old building.
Effective clash detection during the coordination process provided valuable insights for designers to make the necessary changes.
Commercial
New York
135,453SF
451 Tenth Avenue is a 587-foot-tall residential skyscraper. The 45-story structure is located on a 17,280-square-foot L-shaped lot at the corner of 10th Avenue and West 35th Street, just north of Hudson Boulevard‘ 66, Bjarke Ingels. We have worked out ventilation systems for the entire building.
Apartments
New York
45 floors
500 Main Street is a 26-story tower in the heart of Downtown, New Rochelle, NY, which consists of studio, one and two-bedroom units above a five-story parking garage. On this project we’ve drafted, fabricated and installed ductwork. Another achievement that we were able to successfully coordinate routings for all trades for the entire building.
Apartments
New York
26 floors
news
FAQ
The duration of laser scanning can vary depending on several factors, including the size and complexity of the area being scanned, the level of detail required, and the capabilities of the laser scanning equipment being used.
Generally, laser scanning projects can range from a few minutes to several hours or even days. Small and relatively simple objects or areas may be scanned quickly, while larger and more intricate environments may require more time for complete coverage. Additionally, factors such as the scanning resolution, the need for multiple scanning positions to capture different angles, and any accessibility constraints can also influence the overall scanning time.
Generally, laser scanning projects can range from a few minutes to several hours or even days. Small and relatively simple objects or areas may be scanned quickly, while larger and more intricate environments may require more time for complete coverage. Additionally, factors such as the scanning resolution, the need for multiple scanning positions to capture different angles, and any accessibility constraints can also influence the overall scanning time.
3D scanning offers various advantages in a wide range of industries and applications. Firstly, it enables the precise capture of objects and environments in high detail, allowing for accurate measurements and dimensional analysis. This data can be used for reverse engineering, quality control, and inspection purposes.
Additionally, 3D scanning accelerates the design process by providing a digital representation of physical objects, facilitating prototyping and product development. It also enables the creation of immersive experiences through virtual and augmented reality applications.
3D scanning has proven particularly useful in fields like architecture, medical imaging, cultural heritage preservation, and industrial manufacturing, where it enhances efficiency, reduces costs, and improves overall accuracy and visualization capabilities.
Additionally, 3D scanning accelerates the design process by providing a digital representation of physical objects, facilitating prototyping and product development. It also enables the creation of immersive experiences through virtual and augmented reality applications.
3D scanning has proven particularly useful in fields like architecture, medical imaging, cultural heritage preservation, and industrial manufacturing, where it enhances efficiency, reduces costs, and improves overall accuracy and visualization capabilities.
3D scanning is a technology that allows for the capture and creation of precise three-dimensional representations of objects or environments. The accuracy of 3D scanning depends on various factors, such as the type of scanning technology used, the scanning resolution, and the expertise of the operator. Most 3D scanning methods offer high levels of accuracy, with submillimeter or even submicron precision.
However, it is important to note that the accuracy can vary depending on the complexity of the object being scanned, reflective surfaces, ambient lighting conditions, and other environmental factors. To achieve optimal accuracy, calibration, data alignment, and post-processing techniques are employed to minimize errors and ensure the fidelity of the resulting 3D model or point cloud.
Overall, 3D scanning is a highly accurate technology that has proven valuable in numerous industries such as manufacturing, architecture, healthcare, and entertainment.
However, it is important to note that the accuracy can vary depending on the complexity of the object being scanned, reflective surfaces, ambient lighting conditions, and other environmental factors. To achieve optimal accuracy, calibration, data alignment, and post-processing techniques are employed to minimize errors and ensure the fidelity of the resulting 3D model or point cloud.
Overall, 3D scanning is a highly accurate technology that has proven valuable in numerous industries such as manufacturing, architecture, healthcare, and entertainment.
The cost of 3D scanning an object can vary depending on several factors. These include the size and complexity of the object, the level of detail required, the scanning technology used, and the expertise of the service provider. Small and simple objects may have lower costs, while larger or more intricate objects may require more time and resources, resulting in higher prices.
Additionally, additional services such as data processing, modeling, and file preparation may incur additional charges. It's important to consult with 3D scanning service providers to receive accurate cost estimates based on specific project requirements.
Additionally, additional services such as data processing, modeling, and file preparation may incur additional charges. It's important to consult with 3D scanning service providers to receive accurate cost estimates based on specific project requirements.
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