Millimeter-Level Accuracy
Every model is validated against the source scan with deviation checks, so dimensions match what's actually on site.
Scan to BIM · Point Cloud Modeling
Point Cloud to BIMModeling Services
We convert raw laser scan and photogrammetry data into accurate, coordinated BIM models — from LOD 200 concept massing to LOD 500 as-built documentation, ready for your architecture, structural and MEP teams to build from directly.
E57, RCP, PTS, PTX AcceptedLOD 200 – 500ISO 19650 Workflow5–10 Day Turnaround
Problem Statement
Raw Scan Data Is Not a Buildable Model
A point cloud records existing conditions. Design, construction and FM teams still need a structured BIM model — with levels, categories and checkable geometry — before they can coordinate, quantify or document. Scan-to-BIM is the disciplined conversion of that cloud into a model, not a visualization of the scan itself.
Our Solution
A QA-Checked Scan-to-BIM Pipeline
BIMZ Studio reviews your registered cloud, agrees LOD and scope, models only what the scan evidence supports, then checks the model against the cloud before native Revit, Archicad or IFC delivery. Accuracy, duration and price are scoped per project — not promised as a universal SLA.
E57, RCP, PTS, PTX Accepted
LOD 200 – 500
ISO 19650 Workflow
5–10 Day Turnaround
Benefits
Why Teams Choose Our Point Cloud to BIM Service
A dedicated point cloud to BIM service built for teams who need models they can actually build from — not just visualize.
LOD Matched to Your Project
From LOD 200 massing for early design to LOD 500 as-built records, modeled to the exact detail your project stage needs.
Multi-Discipline Coordination
Architectural, structural and MEP elements modeled together, so nothing is missed when disciplines are merged.
Predictable Delivery Windows
Fixed-scope projects ship in 5–10 business days, with a scoped proposal in your inbox within 24 hours of upload.
Native File Delivery
Revit, Archicad and IFC formats delivered with clean, organized model structures your team can open and work in immediately.
Workflow
Our Point Cloud to BIM Process
A five-stage pipeline built specifically for scan-to-BIM conversion, with QA checkpoints before your model ever ships.
01
Point Cloud Intake
Upload your registered scan in E57, RCP, PTS or PTX. We confirm coordinate systems and units before modeling starts.
02
Scan Registration & Cleanup
Multiple scan setups are aligned, denoised and merged into a single reference point cloud.
03
BIM Authoring
Modelers build walls, structure, MEP and site elements to your specified LOD directly against the point cloud.
04
QA & Deviation Check
Every element is checked against the scan for tolerance, and the model passes a multi-discipline clash pass.
05
Delivery & Revisions
You receive native Revit/Archicad files plus IFC, with two rounds of revisions included.
Methodology
How Point Cloud to BIM Is Scoped
Practical definitions, limitations and commercial factors — written so they stay true from one project to the next.
What is Scan-to-BIM?
Scan-to-BIM is the process of turning a registered laser-scan point cloud into a structured BIM model. The cloud is evidence of existing conditions; the model is the coordinated, LOD-specified interpretation used for design, construction or handover.
Who it is for
Architecture, engineering, surveying, reality-capture and construction teams who already have (or will capture) a point cloud and need a Revit, Archicad or IFC model they can open, coordinate and document from — including renovation, as-built and existing-conditions briefs.
Typical use cases
Renovation and adaptive reuse, existing-conditions documentation, coordination against a live building, as-built updates, and MEP modeling where systems are visible in the scan. Photogrammetry can supplement laser scans when agreed in scope.
Input data and formats
We work from registered point clouds in E57, RCP, RCS and PTS. Coordinate system, units and whether the cloud is already registered should be stated at intake. Unregistered setups are handled as a separate scan-registration scope. Point cloud workflows can accommodate data captured with terrestrial scanners such as Leica BLK360 and Leica RTC360, and with FARO or Trimble systems, depending on the project files supplied — we do not assume a particular scanner on every job.
Accuracy and tolerance
There is no universal Scan-to-BIM accuracy figure. Achievable tolerance depends on scanner, range, point density, registration quality, occlusions, site conditions and the modeling method. We agree a project tolerance against the registered cloud — we do not invent geometry where the scan has no evidence.
Density, registration and gaps
Sparse or poorly registered regions cannot be modeled to the same reliability as dense, well-aligned areas. Incomplete scans, inaccessible rooms and occlusions are recorded as limitations, not filled with assumed geometry.
What we model — and what we do not
We model architectural, structural and visible MEP elements that the agreed LOD and cloud support. We do not fabricate hidden services, contents behind finishes, or elements outside the scan. Those items stay out of the model or are flagged for supplemental survey.
Pricing and timeline factors
Cost and duration depend on floor area and building count, cloud density, LOD, geometry complexity, discipline coverage, deliverables (model, drawings, IFC, QA pack) and how much registration or cleanup is still required. We do not publish a fixed price or a guaranteed calendar SLA.
Next step
If this service matches your brief, request a scoped proposal. Commercial terms depend on the project requirements you submit.
Deliverables
What You'll Receive
Every engagement ships with a complete, ready-to-use package — not just a 3D file.
Federated BIM Model
Coordinated Revit, Archicad or IFC model at your specified LOD, split by discipline where required.
Scan Registration Report
Documentation of scan alignment accuracy, coordinate system and control point references.
Clash Detection Summary
A discipline-by-discipline conflict report generated before final handover.
As-Built Drawing Set
2D plans, sections and elevations extracted directly from the coordinated model.
Model QA Certificate
A signed-off accuracy and completeness checklist confirming the model meets your LOD specification.
LOD Support
Level of Detail for Point Cloud to BIM
LOD 200 and LOD 300 cover most Scan-to-BIM briefs. LOD 350 and LOD 400 are used only when interfaces or fabrication-level detail are in scope — they are not required on every project.
LOD 200
Approximate geometry
Generalized systems with approximate quantities, location and orientation. Typical for early coordination when exact openings, assemblies or MEP routing are not yet required.
LOD 300
Precise geometry
Size, shape, location and orientation defined well enough for design development. Modeled elements still follow what the registered cloud shows — not hidden conditions.
LOD 350
Coordination interfaces
Appropriate when adjacent systems must meet at defined interfaces. Specified by category when the scan and brief support that detail — not a default for every model.
LOD 400
Fabrication-oriented detail
Used when fabrication or installation documentation is in scope and the point cloud (or supplemental survey) supports it. Not implied for schematic Scan-to-BIM.
LOD 500
As-Built Record
As-built / record intent when the brief calls for verified installed geometry. Scope, visible systems and scan coverage still limit what can be modeled.
Software Used
Tools Behind Every Model
Industry-standard authoring and QA software, chosen to match how your team already works.
- Autodesk Revit
- Autodesk Navisworks Manage
- Autodesk ReCap Pro
- Graphisoft Archicad
- CloudCompare
- Autodesk Construction Cloud
Autodesk Revit
Primary native authoring platform for architecture, structure and MEP.
Autodesk Navisworks Manage
Federated model review and clash detection.
Autodesk ReCap Pro
Point cloud registration, cleanup and indexing.
Graphisoft Archicad
Native delivery for Archicad-based project teams.
CloudCompare
Deviation analysis between the model and source scan.
Autodesk Construction Cloud
Shared model hosting and revision tracking.
Industries
Where We Apply Point Cloud to BIM
The same coordinated, QA-checked modeling pipeline, tailored to each sector's compliance and detail requirements.
London · New York · EU · USACommercial
Coordinated Revit and Archicad delivery for HQ campuses, towers, and mixed-use schemes across London, New York, and major EU and US business districts.
London · New York · EU · USAResidential
Multi-building housing and podium schemes modeled for phased handover across Northern Europe and major US metro markets, including London and New York.
Stockholm · EU · USAHealthcare
High-detail clinical BIM for hospitals and medical campuses in Stockholm, Northern Europe and the United States, built around live-operation constraints.
EU · USAIndustrial
Process-plant and manufacturing models with constructible MEP outcomes for facilities across Europe and the United States.
EU · USAInfrastructure
Scan-to-BIM digital twins for bridges, corridors, and airside assets supporting civil teams across Europe and the United States.
EU · USAEducation
Campus and academic facility BIM for universities and research estates in the UK, Europe and the United States.
- Hospitality
- Historic
- Manufacturing
- Power Plants
Relevant Case Studies
Case Studies for Point Cloud to BIM
Owner-confirmed studies that already list this service — visual delivery evidence, not invented metrics.
Featured Projects
Projects Related to Point Cloud to BIM
A sample of coordinated BIM delivery across commercial, healthcare, residential and industrial work.
FAQ
Frequently Asked Questions
Answers to what teams most often ask before starting a point cloud to bim project.
What point cloud formats do you accept?
We work directly with E57, RCP, PTS, PTX and LAS/LAZ files from most major laser scanners, including Leica, Faro and Trimble.
What LOD can you deliver?
We model to LOD 200 through LOD 500, depending on your project stage — from early massing to fully detailed as-built documentation.
How long does a typical project take?
Most point cloud to BIM projects ship in 5–10 business days after scope confirmation, depending on floor area and requested LOD.
Which software do you deliver models in?
Related Services
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Documentation
Drafting & Documentation
Drafting and AutoCAD/DWG documentation extracted from coordinated BIM or scan-informed models.
Explore Drafting & Documentation
Point Cloud Processing
Scan Registration
Multi-station laser scan alignment into a single, survey-accurate reference cloud.
Explore Scan Registration
MEP & Coordination
MEP Modeling
MEP BIM: mechanical, electrical and plumbing modeled for coordination — from scan-visible systems or design models.
Explore MEP Modeling
MEP & Coordination
Clash Detection
Multi-discipline clash detection and coordination before construction starts.
Explore Clash DetectionGet a Scoped Proposal for Your Point Cloud
Send us your scan data and receive a fixed-price, fixed-timeline proposal within 24 hours.