Service
Point Cloud to CAD
Point cloud to CAD converts registered scan data into precise 2D as-built drawings. We draft plans, sections, elevations, and deviation overlays in DWG, DXF, or DGN for AutoCAD, BricsCAD, and MicroStation workflows. No scanning needed if you already hold the data, and we accept third-party point clouds from any scanner.
Overview
Point Cloud to CAD explained
Point cloud to CAD converts registered scan data into accurate 2D as-built drawings. Where scan to BIM builds an intelligent 3D model, point cloud to CAD delivers exactly what many teams actually need: clean plans, sections, and elevations in DWG, DXF, or DGN that match the building as it stands. We capture with the Trimble X7, Trimble X9, and NavVis MLX where fieldwork is required, and we draft just as readily from third-party point clouds supplied by your own crew or another provider.
The workflow is straightforward and fast. The registered point cloud is referenced into the CAD environment and sliced at the correct planes, then a drafter traces walls, openings, columns, structure, and key features into layered, dimensioned linework. Because the drawing is traced from measured data rather than a tape survey, it reflects true wall thicknesses, real openings, and the actual position of structure, which removes the errors that creep into hand-measured as-builts and surface later as variations.
This service exists because not every project needs a 3D model. Documentation, building permits, lease and tenancy plans, fire and egress drawings, and teams working purely in AutoCAD all want accurate 2D drawings, and producing those directly from the point cloud is faster and lower cost than modelling first and extracting later. When a coordinated 3D model is the goal, our scan to BIM service is the right path, and we routinely advise clients on which output, or which combination of both, fits the decision they are making.
Drawings are produced to recognised presentation standards. Linework, layering, dimensioning, and annotation follow AS 1100 technical drawing conventions and the general principles of ISO 128, and we match your office CAD standard, titleblock, and layer naming where you provide them. Deviation overlays against supplied design lines are available where you need to show as-built against intent. Every drawing is checked back against the point cloud during QA, and final files are issued in DWG, DXF, DGN, and PDF.
Survey control & accuracy
AHD levels and MGA2020 coordinates
CAD drawings inherit the coordinate framework of the source point cloud. Where we capture the data, scans are registered to MGA2020 coordinates with levels reduced to the Australian Height Datum (AHD), and a registered surveyor on staff oversees control for design-grade work. Where you supply the point cloud, we draft in your existing project coordinates so the drawings align with the rest of your documentation set. Levels and setout shown on the drawings carry the datum of the registered scan.
Capabilities
What we deliver
- 2D drafting directly from registered point cloud data
- Floor plans, reflected ceiling plans, and roof plans to DWG/DXF/DGN
- Building and site sections at any cut line
- Measured elevations of facades and internal walls
- Deviation overlays comparing as-built drawing to design lines
- Layered, annotated CAD ready for AutoCAD, BricsCAD, and MicroStation
- As-built drawing sets for documentation, permits, and tenancy records
Equipment Used
Deliverables
- As-built floor plans (DWG, DXF, DGN)
- Sections and elevations (DWG, DXF, DGN)
- PDF drawing sets for review and issue
- Layered, annotated CAD to your drafting standard
- Deviation overlay drawings where design lines are supplied
Technical specifications
The numbers behind the data
- Output formats
- DWG, DXF, DGN, PDF
- CAD platforms
- AutoCAD, BricsCAD, MicroStation
- Drawing types
- Plans, RCPs, sections, elevations, overlays
- Drawing accuracy
- Within a few millimetres at documentation scales
- Source point accuracy
- +/-2mm at 20m (Trimble X7)
- Input formats
- E57, RCP/RCS, LAS/LAZ, PTX (any scanner)
- Standards
- AS 1100 presentation, your office CAD standard
- Datum
- Project coordinates or MGA2020, AHD levels
Standards & compliance
Standards we work to
Governs presentation, dimensioning, and annotation of all CAD drawings.
International conventions for line types and views applied to drawing sets.
Datum used where drawings are georeferenced to project coordinates.
Open format accepted as input from any scanner brand.
Our Process
How we work
Scope & Drafting Standard
We confirm which drawings you need, the cut lines for sections, the level of annotation, and your CAD layer and titleblock standard. If you supply scan data, we check coverage and registration before drafting.
Point Cloud Preparation
The registered point cloud is cleaned, sectioned, and referenced into the CAD environment. Slices and orthographic views are set up at the correct planes so drafting traces true geometry.
CAD Drafting
Our drafters trace walls, openings, structure, and key features from the point cloud into 2D linework. Drawings are layered, dimensioned, and annotated to AS 1100 presentation and your office standard.
QA & Delivery
Each drawing is checked back against the point cloud for accuracy and completeness. Final files are issued in DWG, DXF, DGN, and PDF via secure cloud link with a short methodology note.
FAQs
Common questions
What is point cloud to CAD?
Point cloud to CAD is the process of converting registered 3D scan data into accurate 2D CAD drawings. A drafter references the point cloud into a CAD environment, slices it at the required planes, and traces walls, openings, structure, and features into layered linework. The output is a set of as-built plans, sections, and elevations in DWG, DXF, or DGN that match the building as it stands. It is the fastest route to clean, documentation-ready 2D drawings when you do not need an intelligent 3D model.
What is the difference between point cloud to CAD and scan to BIM?
Point cloud to CAD produces 2D drawings: lines, layers, and annotation in DWG, DXF, or DGN. Scan to BIM produces an intelligent 3D model in Revit or ArchiCAD where each wall, column, and service is a parametric object carrying data. Point cloud to CAD is usually faster and lower cost and suits documentation, permits, lease plans, and teams working in AutoCAD. Scan to BIM suits design, clash detection, and facilities management where a coordinated 3D model is needed. Many projects use both, and we help you choose during scoping.
What CAD formats do you deliver?
We deliver native DWG for AutoCAD and BricsCAD, DXF for cross-platform interchange, and DGN for MicroStation workflows, plus PDF drawing sets for review and issue. Drawings are layered and annotated to AS 1100 presentation and your office CAD standard, including titleblock, layer naming, and line conventions where you provide them. If you need a specific AutoCAD version or template, we match it.
How accurate are the CAD drawings?
The drawings inherit the accuracy of the source point cloud. With Trimble X7 data at +/-2mm point accuracy and network registration of 3 to 5mm, drafted linework reflects true as-built geometry within a few millimetres at the scales used for building documentation. Dimensions are taken directly from the point cloud, and each drawing is checked back against the cloud during QA. Where you supply third-party scan data, the achievable accuracy depends on that data, which we assess before drafting.
Do you accept third-party scans?
Yes. We draft from point cloud data captured by any scanner brand or platform, including Leica, FARO, Trimble, Riegl, Z+F, NavVis, Matterport, and UAV LiDAR. We accept E57, RCP and RCS, LAS and LAZ, PTX, and common proprietary formats. If your field team captured the data but does not have drafting capacity, we take it from raw point cloud through to a finished CAD drawing set. We check coverage and registration first and flag any gaps before work begins.
Can you produce deviation overlays against our design?
Yes. Where you supply design lines or a reference drawing, we overlay the as-built linework against the design so deviations are clear on the drawing. This is common for verifying built conditions against intent on fitouts, facades, and structural work. For full 3D deviation analysis against a model, our construction verification scanning service produces colour-coded deviation maps from the point cloud.
Industries
Industries we serve with point cloud to cad
Architecture & Design
Renovation and adaptive reuse projects fail when the starting drawings are wrong. Ceiling heights, structural offsets, and services routes discovered on site blow budgets and programmes. Terrestrial LiDAR captures the building as it exists, so your design team works from measured geometry instead of assumptions.
IndustryConstruction & Developers
Construction teams need reliable as-built geometry before concrete is poured, before services are closed in, and before handover. Legacy drawings are often wrong. Site changes happen daily. A registered point cloud gives the superintendent, engineer, and BIM coordinator one shared reference that matches what is on site today.
IndustryIndustrial & Resources
Industrial sites change constantly: new racking, relocated equipment, added pipe runs, and expansion bays. Outdated P&IDs and layout drawings create safety and maintenance risk. High-definition scanning captures pipes, steel, equipment, and clearances in one visit, giving operations and engineering teams an accurate digital twin.
IndustryCivil & Infrastructure
Infrastructure assets need geometry that matches field conditions: bridge soffits, culvert invert levels, road corridors, retaining walls, and drainage networks. Traditional pick-up is slow on complex structures. Laser scanning captures millions of points in hours, giving engineers a complete record for assessment, design, and asset management.
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Locations
Coverage by city
Brisbane is our main base, with scheduled project trips to major Australian cities for larger scanning scopes.
Get a quote for point cloud to cad
Tell us about your project and we will provide a fixed-price proposal within one business day.