High-Fidelity Scan-to-BIM & VDC Coordination Services
Transforming raw reality capture data into intelligent, parametric Revit geometry. We deliver the LOD 200–400 modeling required for complex clash detection, structural retrofits, and digital twin integration across North America.
Architectural & Structural Revit Modeling Parametric Intelligence (LOD 200–350): We deliver precise .rvt models featuring intelligent geometry for walls, slabs, and structural steel, providing a reliable “Digital Twin” foundation for design.
MEP Coordination & Clash Detection VDC Optimization: High-density modeling of mechanical, electrical, and plumbing systems within the BIM environment to eliminate field interferences and reduce Change Orders.
Asset-Rich Modeling for Facility Management COBie & Lifecycle Integration: Advanced Scan-to-BIM workflows that integrate equipment specifications and maintenance data for long-term operational excellence and asset management.
The Evolution of Reality Capture into BIM
Scan-to-BIM is an advanced modeling workflow that converts raw LiDAR point clouds into intelligent, parametric Building Information Models (BIM). This sophisticated process utilizes high-density data to generate millimeter-accurate Revit geometry, including architectural, structural, and MEP systems. By bridging the gap between field reality and digital design, we provide the geometric certainty required for clash detection, space planning, and virtual design and construction (VDC) workflows.
Strategic BIM Modeling & VDC Solutions
Architectural & Structural Revit Modeling
We provide high-fidelity Revit modeling from LOD 200 to LOD 400. These parametric models facilitate precise material quantification and structural analysis, allowing for the visualization of complex geometries before construction.
MEP Coordination & Clash Detection
Our experts specialize in documenting complex MEP systems with survey-grade accuracy. By integrating these into a unified BIM environment, we facilitate rigorous clash detection, reducing field orders and construction delays.
VDC & Lifecycle Asset Management
Our Scan-to-BIM workflows provide a “Single Source of Truth” for the entire project lifecycle. We deliver data-rich models compatible with COBie standards, ensuring facility managers have the geometric intelligence required for efficient operations.
Modeling High-Stakes BIM & Digital Twins
Whether modeling complex industrial facilities, structural steel assemblies, or high-security government infrastructure, iScano is fully equipped to deliver professional Scan-to-BIM and VDC services. We ensure meticulous attention to detail, converting millimeter-accurate point cloud data into intelligent Revit models essential for coordinating structural retrofits and optimizing large-scale facility management. By providing a high-fidelity digital truth, we empower stakeholders to visualize complex MEP systems and architectural details before construction begins.
National Scan-to-BIM & VDC Solutions
From major architectural hubs in Canada to industrial centers across the United States, our specialized team delivers high-fidelity VDC and BIM deliverables. By leveraging advanced Scan-to-BIM workflows and high-density LiDAR, we facilitate superior clash detection and virtual coordination, helping national developers and engineering firms achieve precise, BIM-compliant project outcomes across North America.
What is Scan-to-BIM?
Scan-to-BIM is a specialized modeling process that utilizes 3D laser scanning to create high-resolution, intelligent Building Information Models of existing structures. This sophisticated method converts raw point cloud data into parametric Revit geometry with remarkable accuracy. Widely used in VDC coordination, architectural renovation, and industrial retrofitting, Scan-to-BIM provides the data-rich foundation essential for project planning and clash detection. By leveraging reality capture, this technology ensures that every building component is meticulously modeled, facilitating informed decisions and efficient lifecycle asset management.
Key Benefits of Scan-to-BIM Services
Intelligent & Parametric BIM Models
Our Scan-to-BIM workflow delivers high-fidelity Revit models that replace static drawings with intelligent, data-rich geometry. These parametric models facilitate the accurate visualization of as-built conditions, empowering national stakeholders to make data-driven decisions while providing the geometric certainty required for complex spatial coordination.
VDC Precision & Efficiency
iScano’s advanced modeling process delivers unmatched precision, significantly outperforming traditional 2D as-built methods. Our efficient “Scan-to-Model” pipeline ensures timely delivery of LOD 200–400 deliverables, enhancing the planning of complex retrofits while ensuring your high-stakes project remains on schedule and within budget.
SQ FT Captured
Years of field experience with LiDAR
Hours Post-Processing
Integrated Clash Detection
Our BIM solutions cater to high-stakes applications, from heritage preservation to complex industrial engineering. This process allows teams to perform rigorous clash detection in the virtual environment, optimizing project management and maintenance strategies while providing the essential foundation for a functional digital twin.
iScano VDC & Scan-to-BIM Insights
Explore the iScano blog to stay ahead of how Virtual Design and Construction (VDC) is transforming the AEC and industrial sectors through high-fidelity modeling. Learn how integrating Scan-to-BIM, clash detection, and LOD 400 workflows is revolutionizing modern project coordination and site efficiency. Our articles are authored by BIM managers and structural specialists, providing the technical expertise required for complex 2026 digital construction.
Matterport for Commercial Real Estate: Why It Fails in Warehouses & Outdoors
Executive Summary: The “Scale” Trap The “Category Error”: Residential Tech in an Industrial World In the fast-paced markets of Toronto, New York, and Chicago, the “Digital Twin” has moved from a luxury to a requirement. Commercial brokers use them to lease space remotely; facility managers use them to plan retrofits;
Matterport vs. 3D Laser Scanning (LiDAR): The “Accuracy” Guide for As-Builts
TL;DR: The “Good Enough” Fallacy The High Cost of the “Good Enough” Fallacy In the high-stakes world of North American construction, a dangerous confusion has taken root. We see it in bid documents from Toronto to Texas: a request for “a Matterport scan” when the project actually requires engineering-grade existing
Office-to-Residential Conversions: The “Feasibility Scan” Guide (2026)
TL;DR: The “Go/No-Go” Decision The Stranded Asset Dilemma: Discount or Minefield? The “Flight to Quality” has left a massive wake of destruction in the commercial office market. Across the United States and Canada, Class B and C office buildings—specifically those built between 1960 and 1990—sit with vacancy rates exceeding 25%2.
Scan-to-BIM for Retail Rollouts: Managing Multi-Site Programs (2026)
TL;DR: The “Program Scale” Strategy In the high-speed world of retail construction, “Time on Site” is the enemy. The Enemy of Scale: Why “Time on Site” Kills Rollouts Whether you are a Director of Construction for a coffee giant or a Design Manager for a boutique apparel brand, the mandate
Concrete QA/QC 2026: The “Wet Scan” & Pre-Pour Workflow
TL;DR: The “Zero Rework” Strategy The High Cost of “Pour and Pray”: Avoiding the $10,000 Grind In vertical construction, the “Pour Cycle” is the heartbeat of the project. If the concrete stops, the job stops. But speed often breeds error. A sleeve gets kicked by a boot. A post-tension cable
Warehouse Retrofit & Revamping 2026: The Scan-to-BIM Playbook
TL;DR: The “Ghost Asset” Insurance Policy The era of easy greenfield development is over. In 2026, the industrial game is about Warehouse Modernization—converting “Class B” relics from the 1990s into “Class A” fulfillment centers. This guide is written for institutional developers, industrial organizational services REITs, and asset managers evaluating 1990s-era
3D Scanning for Steel Fabrication: Anchor Bolt & Camber Verification (2026)
TL;DR: The “Crane-Ready” Strategy In the high-stakes world of steel erection, the most expensive phrase you can hear is “Field Weld.” The High Cost of “Field Fit”: Avoiding the Crane Delay It usually happens at 7:00 AM on a Monday. The first truck has arrived. The 300-ton hydro crane is
Scan to CAD vs. Scan to BIM: Which Deliverable Do You Need? (2026)
TL;DR: The 2026 Decision Matrix In the world of reality capture, there is a massive misconception: “BIM is always better.” The “Ferrari” Trap: Why BIM Isn’t Always the Answer While Building Information Modeling (BIM) is powerful, it is not always the right tool for the job. If you are an
BIM Coordination & Clash Detection 2026: The Zero-Conflict Guide
TL;DR: The Construction “Insurance Policy” You have scanned the building. You have the LOD 300 Model, meaning accurate geometry suitable for coordination and routing, not fabrication-level detailing. Now comes the most dangerous phase of the project: Making it fit. The High Cost of “It Doesn’t Fit” In North American construction,
As-Built Documentation Best Practices: From Redlines to Reality Capture (2026 Guide)
TL;DR: The Project Manager’s Guide to Digital Truth The “Redline” Myth: Why Your Building Isn’t Where the PDF Says It Is In the construction industry, the term “as-built” is often treated as a checkbox. At the end of a project, a contractor hands over a set of PDFs with red
Frequently Asked Questions
What is the standard LOD (Level of Development) for your Scan-to-BIM projects?
We typically deliver at LOD 300, which provides accurate geometry suitable for coordination and routing. However, we frequently provide LOD 350, including support elements and connections, to facilitate rigorous clash detection in complex MEP and structural environments.
How do you ensure the Revit model matches the point cloud data?
Our modeling team performs a rigorous QA/QC alignment check, overlaying the final parametric geometry against the raw registered point cloud. We ensure that all modeled elements fall within the specified tolerance (typically ±5mm to 10mm) to guarantee field-fit accuracy.
Can iScano provide COBie-compliant models for facility management?
Yes. For institutional and industrial clients, we can integrate asset data—such as serial numbers, installation dates, and maintenance schedules—directly into the Revit parameters, ensuring the model is ready for 6D BIM and lifecycle management.
What is the turnaround time for a Scan-to-BIM deliverable?
Why Choose iScano for Scan-to-BIM Excellence
Expert BIM Modelers: Our team of specialized architects and VDC engineers ensures your models are built to rigorous industry standards and LOD requirements.
Advanced Software Integration: We utilize the latest Revit and Navisworks workflows to ensure our models are fully coordinated and ready for immediate project use.
Customizable LOD Deliverables: We tailor our modeling depth to your specific needs, from basic spatial layouts (LOD 200) to highly detailed fabrication models (LOD 400).
At iScano, our commitment to digital accuracy and architectural integrity ensures the success of your complex retrofits. Contact our team today to explore how our Scan-to-BIM expertise can eliminate site conflicts and enhance your next virtual design project. iScano provides high-fidelity, survey-grade modeling solutions.
