Laser Scanning

The Digital Bridge To Efficient Design And Building Management

Laser scanning or LiDAR (Light Detection and Ranging) is a remote sensing method that uses a pulsed laser to measure variable distances. Laser light is sent from a transmitter and reflected from objects in its surroundings. The achievable distance accuracy of this method is unmatched by others used in the AEC industry today.

Related Services:

Agricultural & Multispectral

Confined Space Survey

Geotechnical

GIS Data Creation and Analysis

GIS Implementation

Ground investigations

Infrastructure Surveys & Automated Processing

Large Rural Area Mapping

Large Urban Area Survey

Remote Sensing

Technical Due Diligence

Thermal Imaging

Topographic Data Collection

Unmanned Aircraft Systems (UAS)

LiDAR: Simplicity Meets Sophistication

When it comes to capturing spaces, the LiDAR scanner is a game-changer. This technology streamlines the Scan to BIM process by rapidly capturing a space’s essential features by measuring millions of points in their surroundings. Vertex Pavilions uses the most sophisticated Leica laser scanners, that are capable of precise reality capture tens of meters away with a margin of error of a couple of millimeters. Most of our scanners capture other data such as panoramic images or infrared images at the same time.

Efficient Data Processing For A Successful Project Management

Our efficient workflow dramatically accelerates point cloud registration by conducting laser scanning fieldwork in parallel with data processing. Leveraging advanced Leica Cyclone Register 360 software, we automate and streamline the alignment of point clouds, significantly reducing manual intervention and processing time. This approach not only speeds up the workflow but also enhances accuracy through sophisticated algorithms that minimize human error.

The software’s compatibility with various CAD and BIM tools ensures seamless integration into subsequent project phases, providing our clients with rapid access to accurate spatial data. By combining parallel processing strategies with cutting-edge technology, our method delivers high-quality results faster, enabling more informed decision-making and efficient project progression. This optimized process underscores our commitment to delivering top-tier services in 3D laser scanning and point cloud analysis.

The Benefits Compared To Other Methods

Traditional architectural survey with tape measures and handheld laser measures even if assisted by a total station are quite inaccurate and slow compared to LiDAR. Years ago when some of our teammates started out, it took weeks to survey an average sized historical building for a team of 10-15 people (architecture students usually), but they did not even dream of surveying the wooden roof structure in this time or with acceptable precision. Our team can survey the average historical building in full color with 3 mm precision in about a week. Due to our efficient workflows, we can register the point clouds in parallel with the fieldwork, shortening the total project time significantly.