High Resolution 3D Laser Scanning Services
3D laser scanning technology captures exact point cloud data for creating 2D CAD drawings and 3D BIM models of physical asset. Utilizing the latest technology, software and Leica scanners, Tejjy professionals facilitate reality capture of building design. The digitally scanned data is converted into as built data for architecture, engineering, construction sector.
Manual as-built drawings are not only outdated for your facility management operations, but they are costing you a lot without being evident. This is what we have solved at Tejjy for you. We are a 3D scan-to-BIM workforce with not just the latest laser scanning technologies but also a business understanding of how to make the most of your time.
Successfully delivering 3D scan services for general contractors, architects, and developers for over 150+ million square feet and happily continuing. We as an experienced 3D laser scanning company ensure precise 3D laser scan to CAD / BIM for avoiding clashes and reduce project delay.
The high-quality digital recording of existing conditions has transformed construction projects with sustainable engineering solutions.
What We Do
As-Built Survey, Drawings, Documentation
As Built survey documentation in desired format with required floor plans, elevations, sections, 3D model.
Architectural Laser Scanning
3D scan to point cloud generation of scanned architecture with details of wall, ceiling, floor, and architectural elements with required LOD
2D & 3D Floor Plan
Precise representation of the physical space to understand layout and design space of the building in 2D Drawings or 3D model.
Scan To BIM | Scan To CAD
Conversion of point cloud data into BIM CAD for visualization enhancement and better collaboration for renovation, facility management and new construction.
3D Modeling Coordination
Scanned data integration into BIM model integrates MEP, structural and other discipline information for clash coordinated environment.
Digital Twin
Digital Twin Virtual representation of physical asset with detailed point cloud data of existing structure..
Construction 3D Laser Scanning Process
The laser scanning procedure starts with detailed planning after consulting the client and understanding the project scope. The planning is about detailing equipment and on-site manpower deployment. The use of laser scanning equipment should be compatible with specific project requirements. A single laser scanner type cannot be utilized in all kinds of site capture scenarios. The same is the case with the workforce performing the scan.
The building is scanned to capture accurate point cloud data using suitable laser scanners as per the scanning requirements. The fundamentals of scanning have to be taken care of. Right from setting up the laser scanner and taking care of visual obstruction during the scan to finding suitable location points that cover the maximum part of the region, the objective of the scan would be to provide non-disruptive, clear-point cloud data.
The scanned point cloud data is converted into 2D drawings or 3D BIM models as per client requirements.
Scan To BIM: Utilizing BIM software Autodesk Revit point cloud data is modeled. The point cloud conversion to a 3D model is completed at this stage. Modelers trace over the point cloud data to create accurate representations of walls, floors, ceilings, and other architectural and structural elements.
Scan To CAD: For 2D CAD drawings, the point cloud data is converted using CAD software. At this stage drafters are able to create detailed floor plans, elevations, sections, and other architectural or engineering drawings. Tejjy cad drafters manually trace over the point cloud data to create accurate 2D representations of the scanned environment. Design annotations are added for better clarity
We adhere to a rigorous quality assurance procedure that involves examining all deliverables to ensure that clients receive accurate data. The final as-built model is delivered, which is to be used for renovation, remodeling, facility management, and digital twinning. Remember, laser scanning and point cloud-to-model conversion are the first steps in your AEC operations.
Areas where tejjy has delivered reality capture projects
Women owned minority certified 3D laser scanning company in USA facilitating Architects, Designers, Structural Engineers, MEP Engineers, General Contractors & Construction Managers, Subcontractors, Product & Equipment Manufacturers, Fabricators, Facility Managers, etc.
Making a difference with our 3D Laser Scanning & Modeling Experts
3D Laser Scanned
Scan to BIM/CAD Services
Project count
3D Laser Scanning Case Studies
With over 17+ years in Architectural design, Tejjy has conducted architectural and construction scanning for dense point cloud data. We have specifically worked on heritage restoration, industrial digital twinning, renovation, and reverse engineering requirements by deploying the benefits of Leica’s laser scanners, such as RTC 360. Get a detailed look at our commercial, residential, industrial, and institutional laser scanning projects.
Areas where we have already markup existing conditions with 3D laser scanning reality capture projects
From Commercial, residential renovation facility management to heritage preservation our sincere efforts have marked a milestone for ourselves. Tejjy 3D laser scanning professionals are using leica RT 360 and other models for digitizing as-built environments.
- Land mapping and surveying
- Renovation and refurbishment
- Pre-slab and MEP documentation
- Construction verification
- Floor flatness reporting
- Asset management and maintenance
- City information modeling
Outsource 3D Laser Building Scanning in USA To Tejjy
Trusted by industries across USA , Tejjy 3D Laser Scanning Company facilitates reality capture for an approx precision of 4-6mm measurement in construction laser scanning. Our 3D professionals have gathered point cloud data of existing conditions of building interiors, exteriors, substations, bridges, datacentres, residential, monuments.
- Accurate data capture and faster data collection
- Reduced need for physical measurements
- Enhanced collaboration among distant stakeholders
- Better preservation of heritage and cultural sites
- Facilitation of data-driven (BIM) Building Information Modeling processes.