3D Laser Scanning
Klose Industrial Service scans industrial facilities using professional-grade handheld and terrestrial laser scanners, then converts the captured point clouds into fully attributed BIM models — delivered in IFC/OpenBIM, Revit, AutoCAD, PDMS, and E3D formats. Accurate as-built data, ready for relocation planning, re-engineering, or virtual walkthroughs.
In short
Klose 3D laser scanning captures the exact as-built geometry of industrial plants — pipework, steelwork, equipment, and MEP services — at millimetre accuracy. Our Malaysia-based 3D engineering team processes the point clouds into LOD-specified BIM models with full metadata, delivered in IFC/OpenBIM, Autodesk Revit, AutoCAD, AVEVA PDMS, and E3D formats. Use cases span pre-relocation surveys, as-built documentation, re-engineering feasibility studies, and interactive virtual walkthroughs of plant assets.
We select the right instrument for each task: handheld scanners for congested areas and live production environments; terrestrial scanners for large structures, vessels, and areas where survey-grade point density is required.
High-mobility scanners capture complex geometry in congested areas — piping systems, pump skids, electrical rooms, and occupied production floors — without halting operations. Our handheld fleet includes professional-grade instruments such as the XGRIDS Lixel L2 Pro and Artec Leo.
Fixed-station terrestrial scanners deliver the highest point-cloud density and range for large structures, storage tanks, vessels, and open process areas where survey accuracy is paramount. Our terrestrial fleet includes instruments such as the Artec Ray II, Leica RTC360, and Faro Focus Premium.
Point cloud processing and BIM model creation is handled by Klose's dedicated 3D engineering team based in Malaysia. The team works to client-specified LOD levels — LOD 200, 300, or 400 — and attaches the full metadata required for downstream engineering workflows, including equipment tags, material specifications, line numbers, and piping classes. Deliverables are reviewed against the point cloud before handover to ensure the model accurately reflects the as-built state.
3D laser scanning delivers value at every stage of the industrial asset lifecycle — from pre-relocation surveys to long-term asset preservation.
Capture the exact as-installed position of every item of plant before disconnection. The resulting BIM model drives layout planning at the destination site, identifies clashes before installation begins, and briefs the rigging and installation crews — reducing downtime and rework during recommissioning.
Create a definitive, dimensionally accurate record of the plant as it stands today — independent of original design drawings that may no longer reflect field modifications. Delivered as a fully attributed BIM model and registered point cloud for long-term asset management.
Import point clouds or BIM models directly into engineering software to plan modifications, extensions, or equipment replacements without expensive site revisits. Clashes and dimensional constraints are resolved in the model, not on the shop floor.
Build a photorealistic record of the facility for training, insurance documentation, maintenance planning, and remote stakeholder review. Operators and engineers can navigate the plant virtually, inspect equipment, and measure distances — without entering the physical site.
Rapid capture
Not every project needs millimetre precision. For fast, visual site transparency we offer rapid mobile scanning that produces a photorealistic Gaussian-splatting model — viewable directly in any web browser, no software installation required. A facility can be captured in hours and shared as an interactive online walkthrough within days, at a fraction of the cost of a survey-grade scan and BIM model.
Present used machines and complete production lines to international buyers as interactive 3D walkthroughs — reducing travel and accelerating sales decisions.
Companies with several production sites gain up-to-date visual transparency into the condition of their plants — for remote audits, maintenance planning, and management reviews.
| Handheld scanning | Terrestrial scanning | |
|---|---|---|
| Mobility | Full freedom of movement in congested areas | Fixed-station setup at each scan position |
| Best for | Complex piping, equipment skids, confined spaces | Large structures, tanks, vessels, open process areas |
| Production impact | Can operate during live production | Minimal — station time is short; facility stays operational |
| Point density | Very high in complex geometry; optimised for access | Maximum density and range; survey-grade accuracy |
| Typical application | Interior plant surveys, shutdown inspections, occupied floors | Exterior facades, tanks, structures, site-wide surveys |
Scan duration depends on plant size and complexity. A single process train or production bay typically requires one to two days of field scanning. Large multi-train facilities or complete plants are scoped case by case. Point cloud processing and BIM modelling are carried out afterwards by our Malaysia 3D engineering team, with delivery timelines agreed at project kickoff.
Not necessarily. Handheld scanners can operate in live production environments without halting operations. Terrestrial scanners are set up at each station position and do not require a production stop, though access windows may be coordinated to minimise disruption. We work around your production schedule.
Depending on the scanner and site conditions, registered point clouds achieve ±2–5 mm dimensional accuracy across typical industrial spans. BIM models are created from this data and checked against the point cloud to confirm that the model reflects the as-built state within the agreed LOD tolerances before handover.
Our 3D engineering team delivers models in IFC/OpenBIM, Autodesk Revit, AutoCAD DWG/DXF, AVEVA PDMS, and AVEVA E3D. Point clouds are provided in E57, RCP (Autodesk), and LAS/LAZ formats. If your platform is not listed, contact us — we support additional formats on request.
Yes — pre-relocation scanning is one of the most valuable applications. Capturing the exact as-installed state of all equipment, pipework, and steelwork before disconnection gives the relocation team a precise BIM model to plan the destination layout, identify clashes before installation begins, and reduce costly surprises during recommissioning. Klose can combine the scan with the relocation project under a single contract.
Yes. 3D laser scanning integrates naturally with our plant relocation, as-built documentation, and field service work. We can deliver scanning as a standalone service or as part of a broader project scope — combining the pre-relocation survey, rigging and transport, and post-installation documentation under one project manager and one contract.
A Gaussian-splatting model is a photorealistic 3D representation created from a rapid mobile scan. It is viewable directly in a web browser and ideal for virtual walkthroughs, remote condition reviews, and presenting machinery for sale. Choose it when speed, visual fidelity, and easy online sharing matter most; choose a survey-grade laser scan with BIM modelling when you need millimetre accuracy for engineering, relocation planning, or re-engineering. Both can be combined in a single site visit.
Tell us about your facility and we will scope a scanning and BIM modelling programme around your timeline and deliverable requirements.