Architectural Laser Scanning: 3D Technology for Architecture
At iScano, we specialize in providing industry-leading 3D laser scanning solutions specifically tailored for architecture, engineering, and construction professionals. Our cutting-edge laser scanning technologies, including advanced laser scanners, deliver unparalleled accuracy, ensuring precise measurements and detailed digital representations of existing buildings and construction projects.
From Facades to 500 LOD Modeling
Introduction to 3D Laser Scanning
3D laser scanning is a groundbreaking technology that captures precise measurements of objects, environments, and landscapes. By emitting laser beams to measure distances to surfaces, it creates a detailed point cloud—a collection of data points in space. This point cloud can be transformed into 3D models, 2D drawings, and other deliverables, revolutionizing the way professionals in construction, architecture, and engineering work. The ability to quickly and efficiently capture accurate data has made 3D laser scanning an indispensable tool in these industries, enabling better planning, design, and execution of projects.
Scan to BIM: Transforming the Architecture Industry
Our scan to BIM services turn raw scan data into intelligent, accurate BIM models. These digital models support the entire building lifecycle, improving project planning, coordination, and reducing errors from traditional methods. The BIM models are utilized throughout the entire life cycle of a building, from planning and construction to operation and maintenance, thereby enhancing efficiency and decision-making among project participants.
- Existing conditions documentation
- Seamless integration of scan data into BIM models
- Enhanced collaboration among project participants
SQ FT Captured
Years of field experience with LiDAR
Hours Post-Processing
Detailed-Oriented
What is Laser Scanning in Construction?
Laser scanning, also known as terrestrial laser scanning, utilizes advanced lidar technology and laser technology to rapidly capture highly accurate spatial data from physical structures. It creates detailed point cloud datasets, providing architects and AEC professionals with critical insights for better decision-making and enhanced project efficiency. Modern laser scanning can also be integrated with a mobile device, enhancing functionality and portability in various environments.
What Can iScano Team do for you?
At iScano, we deliver standardized, high-quality deliverables tailored for the AEC market across Canada & USA. If you’re looking for a customized solution, please contact us here.
3D Scanning / LiDAR Scanning
Our advanced 3D and LiDAR scanning services capture highly accurate spatial data for complex structures, providing precise measurements and reliable documentation for construction, engineering, and design projects.
Scan-to-CAD As-Built / 2D CAD
Transform scanned data into accurate, detailed 2D CAD drawings and as-built plans. From simple floor plans to complex layouts, we deliver CAD files that meet all project requirements.
Scan-to-BIM / 3D Model
Convert scans into precise 3D models with our Scan-to-BIM services, tailored for BIM workflows. Our models provide detailed, as-built accuracy for seamless integration into project planning.
Benefits of Using iScano’s 3D Laser Scanning Services
1. Accurate As-Built Documentation
We produce comprehensive as-built documentation, capturing the exact state of existing structures. These built documentation reports form a reliable basis for renovations, retrofits, and facility management.
2. Efficient Project Management
With our high accuracy 3D laser scanning solutions, you receive timely necessary data for efficient project completion, reducing costs and improving timelines.
3. Advanced Data Processing
Our skilled team leverages sophisticated data processing software to quickly convert point cloud data into CAD drawings, digital twins, and intelligent BIM models.
Historical Building Renovation
Renovating historical buildings is a meticulous process that demands careful planning and execution. 3D laser scanning plays a pivotal role in this endeavor by providing accurate data about the building’s structure, layout, and condition. This technology allows professionals to create detailed 3D models and 2D drawings, which are essential for understanding the intricacies of historical structures. Additionally, 3D laser scanning helps identify potential issues and challenges early in the renovation process, enabling the development of effective solutions and minimizing risks. By leveraging 3D laser scanning, professionals can ensure that historical buildings are preserved and restored to their original splendor with precision and care.
Applications of 3D Scanning in Architecture
- Reverse engineering existing designs
- Precise measurements for renovation and retrofit
- Creation of virtual reality experiences and virtual tours
- Comprehensive facility management with accurate documentation
- Enhancing architectural visualization with digital twins
iSCANO Blog
Come join our team in learning how the AEC and Industrial market is being changed every day using 3D LiDAR laser scanning technology. We have an array of specialists ranging from architects to geological engineers.
Scan-to-BIM for Retail Rollouts: Managing Multi-Site Programs (2026)
TL;DR: The "Program Scale" Strategy The Problem: National brands need to renovate 50-100 stores in a 3-month window. Sending design teams to every site burns $1,500+ per visit in travel costs. The Speed Gap: Manual surveys take 8 hours. Static tripods take 4 hours....
Concrete QA/QC 2026: The “Wet Scan” & Pre-Pour Workflow
TL;DR: The "Zero Rework" Strategy The ROI: Correcting a high spot during the pour costs near-zero (tap it down). Grinding it down after cure costs $15/sq. ft..In vertical construction, the "Pour Cycle" is the heartbeat of the project. If the concrete stops, the job...
Warehouse Retrofit & Revamping 2026: The Scan-to-BIM Playbook
TL;DR: The "Ghost Asset" Insurance Policy The Risk: 1990s warehouses are full of "Ghost Assets"—abandoned crane rails, buried utility trenches, and off-grid columns that don't show up on old blueprints. The Cost: A single hidden beam can trigger a $50,000 change order...
Skills and Training for 3D Laser Scanning
COMPATIBLE WITH
Frequently Asked Questions
What is 3D laser scanning in construction?
3D laser scanning in construction is often referred as high definition surveying. A 3D lase scanner can often integrate surveyor data (coordinates) and embed into its workflow.
What is 3D Scanning (LiDAR)?
LiDAR stands for Light Detection and Ranging. LiDAR uses laser pulses or infrared waves to shoot and bounce back signals. The bounce back signals are then digitally recorded and accurately calculate the distance to each object from the time between the emission of the laser pulse and the return of the pulse.
How Does 3D laser scanners work?
By taking millions of precise measurements per second, LiDAR sensors not only capture and produce a 3D rendering of an object, but they also record the position, shape and behavior of objects that are in the beam’s path. Refer to our blog for more information.
How much is a Faro laser scanner?
How much does a 3D laser scanner cost?
Do you do Scan-to-BIM?
We do scan-to-BIM for archecture, MEP, piping and industrial faciltiies. Contact us if you would like to see more hands on examples!
Our Offices
Canadian Head Office
USA Office
Want to see Reality Capture in Action? Reach Out!
The 3D Show dives into the power of 3D scanning, LiDAR, and reality capture, showing how they revolutionize design, construction, and industry. From retrofits to digital twins, we break down real-world applications that save time, cut costs, and push innovation forward. Watch the video to see how we’re making 3D tech work for you!
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