Share Slam S100 32

For many renovation and interior documentation workflows, 3D scanning can replace most repetitive manual measurement work and make site capture faster, more complete, and easier to reuse. In practice, it is best viewed as a workflow improvement for renovation teams rather than a guarantee that every manual check can be eliminated on every project.

Commonly used tools include tape measures, laser distance meters, and 3D scanners. Tape measures and laser distance meters are still suitable for simple checks. For complex spaces, repeated verification, modelling, drawing preparation, or coordination between multiple teams, 3D scanning is generally more practical because it captures more spatial context in a single workflow.
Renovation measurements, 3D scanning

For many indoor renovation projects, a 3D scanner can replace a large amount of repetitive manual measuring and note-taking. Critical dimensions, concealed spaces, installation details, and tolerance-sensitive checks may still require targeted manual verification.
Manual measurements, Workflow limitations

Yes. 3D scanning is often useful when renovating old buildings because the original drawings may be missing, incomplete, or different from the actual on-site conditions. A scan helps teams document the existing situation and create a more reliable reference point before design, measurement, or documentation begins.
Old building renovation, Existing conditions

Interior designers can use 3D scanning to capture an entire space during a site visit. The point cloud or visual model can then be used as a reference during design preparation. This is especially useful for complex interiors, older buildings, and projects where faster quotation development is required.
Interior design, Site dimensions

Scan data can help clients and project teams understand a space more clearly than photos or handwritten notes alone. Point clouds, visual representations, and measurable spatial data can support design discussions, quotation reviews, change communication, and coordination between designers, contractors, and clients.

Client communication, Spatial data

They can. A scanner records visible conditions, so furniture, partitions, people, and clutter can cause local obstructions. Better route planning, capturing the space from multiple angles, and targeted verification can reduce their impact.

Obstruction, Capture path

3D scanning can convert site conditions into verifiable and measurable spatial data. It is useful for documenting existing conditions, progress documentation, as-built documentation, coordination, and handover support.

Construction documentation, Site data

Yes. Scan results can support as-built documentation by providing a digital record of the actual site conditions. They can be used to verify measurements, compare progress, prepare drawings and handover documents, and discuss issues. However, final deliverables should still be checked against the applicable project standards.

As-built documentation, Handover documents

Point cloud data can be used to verify measurements, assess spatial context, provide a reference for models, create CAD drawings, prepare BIM workflows, support coordination, and produce project documentation.

Point cloud, CAD

LiDAR scan data is usually processed into point clouds first. Software can then help generate or support CAD drawings. In practice, teams still need to review and edit the drawings according to drafting standards and project requirements.

DWG, Drawing output

Yes. Scan data is often used as a reference for CAD drafting, SketchUp modelling, BIM preparation, measurement verification, and coordination. It should be viewed as a reliable spatial reference and workflow input rather than a fully automated replacement for professional drafting or modelling work.

CAD, BIM, SketchUp

Teams should evaluate workflow suitability rather than looking only at specifications. Practical factors include capture speed, ease of indoor use, output formats, software processing, team onboarding, and the requirements of later CAD, BIM, or documentation workflows.

Scanner selection, Workflow suitability

The SHARE SLAM S20 is commonly used for handheld indoor capture, renovation measurements, interior spaces, and compact site documentation. The SHARE SLAM S100 is generally used for larger spaces, more complex sites, outdoor capture, mixed indoor and outdoor capture, and professional mobile mapping workflows.

SHARE SLAM S20, SHARE SLAM S100

SHARE Capture supports on-site capture, device connectivity, and fieldwork. SHARE PointClouds Studio supports point cloud processing workflows, data analysis, 3DGS model generation, CAD drawing preparation, and documentation.

SHARE Capture, SHARE PointClouds Studio