Point Cloud Processing
LiDAR, structured-light, and photogrammetric point cloud to BIM services — scan data converted to Revit models at any required LOD — remote delivery, IFC-compliant output, geometric QA on every model.
Estimate within 48 hours
LOD 100–400 output
You scan — we model
Common Pain Points
Survey firms and AEC contractors with LiDAR or structured-light scan data consistently hit the same bottleneck: converting a point cloud to a usable Revit model requires specialist knowledge, Revit skills, and a validated workflow that most field teams — and many BIM teams — don't have.
Scan Data Without a Revit Modeler
Point cloud captured on site but no one on the team qualified to convert it to a Revit BIM model. The data sits in ReCap or Cyclone while the project waits for a specialist.
No In-House Scan-to-BIM Workflow
Point cloud to BIM modeling requires specific skills — ReCap, Cyclone 3DR, Revit — in combination. Most general BIM teams model from drawings, not from scan data.
LOD Requirements Not Met
Generic scan-to-BIM output often under-delivers on LOD — elements are placed schematically rather than to the LOD 300 or LOD 350 coordination standard the project actually requires.
Accuracy Not Verified
Point cloud to BIM conversion that isn't checked against the source scan can carry millimetre-level errors through to structural and MEP coordination — errors that only surface during clash detection
Format and CRS Mismatch
Revit models produced from scan data in the wrong coordinate system or without IFC export configuration are incompatible with the wider project BIM environment and federated model.
Outsourcing Risk
Sending scan files to an unknown scan to BIM services provider with no verifiable track record, no LOD commitment, and no QA process is a risk most project managers can't take on a live programme.
What We Do
Scan to BIM services cover the full conversion of 3D scan data — from LiDAR, structured-light, or photogrammetric sources — into parametric Revit BIM models with intelligent objects, data attributes, and IFC-export capability. We are an office-based team: you provide the point cloud, we deliver the Revit model.
Point Cloud to Revit — Not Just Import
Scan-to-BIM is not importing a point cloud into Revit and tracing it manually. It is a validated engineering workflow: registration, classification, element extraction, Revit family placement, shared parameter population, and geometric verification against the source scan. Every element is placed by a Revit-qualified engineer and checked before delivery.
From Sketch to Submission-Ready BIM Model
We offer point cloud to BIM outsourcing in two formats: embedded Revit specialists who join your team and work within your templates, LOD matrix, and CDE; or fully managed project delivery, where you hand off the scan dataset and receive IFC-compliant RVT files at each milestone. Both models use the same vetted engineers and the same QA process.
LOD 100 Through LOD 400
We deliver scan-to-BIM models at any required Level of Detail — LOD 100 concept massing through LOD 300 design coordination, LOD 350 multi-discipline coordination, and LOD 400 fabrication-ready models. Target LOD is agreed per element type in the BIM Execution Plan before production begins — not assumed from the scan quality alone.
Office-Based Processing from Your Scan Data
We do not operate laser scanners or conduct on-site surveys. You provide the scan files — RCP, RCS, E57, LAS/LAZ, PTX (Leica), FLS (FARO), or photogrammetric point clouds from Metashape or DJI Terra — and we produce the Revit BIM model. No pre-processing required from your side.
Services Included
Six scan-to-BIM services covering every conversion type — from architectural and structural point cloud to Revit, through MEP scan-to-BIM, as-built BIM, laser scan to BIM modeling, and outsourced point cloud to BIM production.
Revit architectural models from LiDAR or structured-light scan data — walls, floors, roofs, facades, staircases, and openings modeled to LOD 200–350. Scan to BIM Revit services for planning submissions, renovation design, and heritage documentation. Delivered in RVT and IFC format.
Revit models from scan data — concrete frames, steel structures, and masonry elements modeled to coordination LOD from your LiDAR or photogrammetric point cloud. Geometric verification against source scan included. Output in Revit Structure native format with IFC export.
Revit modeling from scan data — ductwork, pipework, cable trays, and plant rooms extracted from point cloud and modeled in Revit MEP to coordination LOD. MEP scan-to-BIM services include clash detection against architectural and structural models before first model issue.
As-built BIM models of existing buildings from scan data — produced to the LOD required for renovation design, FM handover, or BIM mandate compliance. As built BIM services cover all disciplines from a single scan dataset, with COBie data population where required.
Laser scan to BIM services for terrestrial LiDAR datasets from Leica, FARO, and Trimble scanners — full registration, classification, and Revit modeling from raw scan files. Laser scan to BIM modeling services include point cloud registration and noise filtering as part of the engagement; no pre-processing required from your side.
Ongoing point cloud to BIM outsourcing for firms with recurring scan-to-BIM production needs — retainer or per-project basis. Point cloud to BIM conversion services integrated into your BIM Execution Plan, working to your Revit templates and CDE environment. Risk-free trial month included.
Technology Stack
Our scan-to-BIM engineers are fluent across the full point cloud to BIM toolchain — from raw scan registration through feature extraction to final Revit and IFC delivery.
Point Cloud Registration
Importing, registering, and cleaning raw scan files before Revit modeling. Accepts RCP, RCS, E57, LAS, LAZ, PTX, FLS.
Autodesk ReCap
Leica Cyclone
Feature Extraction
Extracting walls, floors, structural elements, MEP routes, and openings from point cloud data for Revit modeling.
Cyclone 3DR
CloudCompare
BIM Authoring
Revit modeling from registered point cloud — all disciplines, all LOD levels, to your BIM Execution Plan standard.
Autodesk Revit
Revit MEP
BIM Coordination
Federated model management, clash detection, and IFC validation before every model issue.
Navisworks Manage
Solibri
IFC & Open
BIM IFC export validation, open BIM workflows, and model checking for IFC-native project environments.
BIM 360 / ACC
IFC OpenShell
Photogrammetric Input
Photogrammetric point clouds from drone or photo sets prepared for point cloud to BIM modeling workflows.
Agisoft Metashape
DJI Terra
Automation Advantage
Manual point cloud to BIM conversion involves significant repetitive work: classifying point types, identifying element boundaries, placing Revit families, and populating shared parameters. Our extraction tooling and custom Revit scripts automate the most labor-intensive steps — a scan dataset that would take a modeler three days to convert manually is processed in half the time, with the same geometric precision verified against the source point cloud.
For firms that outsource laser scan to BIM services on a recurring basis, we build project-specific Revit templates and family libraries aligned to your scan type and building typology — so each new scan dataset produces consistent model output without rebuilding the setup from scratch.
J.O.T Complex Plugin
AutoCAD and Civil 3D automation that bridges photogrammetric and LiDAR outputs into engineering drawing workflows — used alongside the Revit scan-to-BIM pipeline for projects requiring both 2D and 3D deliverables from the same scan dataset.
J.O.T AutoCAD AI Plugin
Generate AutoCAD commands and scripts from plain-language instructions — accelerating the 2D documentation extraction that often accompanies a scan-to-BIM project alongside the Revit model delivery.
Custom Revit Scripts and Family Libraries
Project-specific Revit automation: parametric family creation matched to your scan data typology, shared parameter population from point cloud metadata, and batch IFC export configuration — built once, reused across the engagement.
Delivery Model
The case for outsourcing point cloud to BIM modeling is clear. What matters is choosing a scan-to-BIM services provider that integrates into your project environment rather than creating another data handoff layer.
Industries Served
Our point cloud to BIM modeling services have been delivered across the full range of building types and engineering disciplines where scan-to-BIM accuracy is operationally critical.
Architecture
Existing building scan-to-BIM for renovation design, planning submission, and heritage documentation — architectural scan to BIM services at LOD 200–350.
Construction & Main Contracting
As-built BIM services for construction verification, snagging, and handover — point cloud to Revit for progress monitoring and as-built record.
MEP Engineering
MEP scan-to-BIM from plant room and corridor LiDAR scans — for clash detection, retrofit design, and FM integration.
Structural Engineering
Structural point cloud to BIM for existing building renovation — steel, concrete, and masonry elements to coordination LOD.
Infrastructure & Civil
Bridge, tunnel, and transport infrastructure scan-to-BIM — geometric survey models for condition assessment and retrofit design.
Facilities Management
As-built BIM services for FM handover — LOD 400 models with COBie data from scan data of completed buildings.
Healthcare & Education
Complex building scan-to-BIM for MEP retrofit and compliance — full multi-discipline coordination model from LiDAR.
Real Estate & Development
Existing building BIM for acquisition due diligence and refurbishment scope — from tenant fit-out to full asset record model.
What You Receive
Every output from our scan-to-BIM services is LOD-verified, geometrically checked, and formatted for direct issue to your CDE or client.
FAQ
Get Started
Stop letting scan data sit unprocessed. Our Revit specialists are ready to integrate into your project environment and start delivering LOD-verified models within 1–2 weeks — for clients across Europe, the UK, North America, and the Middle East.
Remote embedded GIS engineering services for global infrastructure operators. Office-based post-processing, deployed in 1–2 weeks.
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