Creaform handheld scanners are relevant to surface measurement, part-to-CAD comparison and reverse engineering. Select an industry below, or explore Creaform products for an equipment enquiry. System selection depends on the part, tolerances and workflow.
01 · Industry application
Use surface measurements to investigate panel shape, casting variation, mating geometry or prototype fit. The reference model, datum scheme and selected features determine whether the output is a design input, a comparison report or both.
Explore this application →
02 · Industry application
An agreed comparison can show where captured surfaces differ from the reference. This helps teams examine casting shape, machining allowance or distortion, while specific dimensional characteristics are evaluated using their defined datum and tolerance requirements.
Explore this application →
03 · Industry application
Measured geometry can help a tooling team investigate surface differences, preserve the shape of a modified tool or review a repaired area. A suitable reference and alignment are needed to distinguish intended changes from manufacturing variation or wear.
Explore this application →
04 · Industry application
A physical component provides a starting point for reconstructing accessible geometry. The engineering team must then distinguish the measured condition from intended design, especially where wear, damage or previous repairs have changed the shape.
Explore this application →
05 · Industry application
Scanning is useful when the physical shape contains information that is missing from the design files, or when a prototype must be compared with CAD. It can preserve a form, record an interface or provide geometry for further reconstruction.
Explore this application →
06 · Industry application
Accessible component surfaces can be recorded for interface review, engineering reconstruction or comparison with approved reference geometry. The responsible engineering team defines the purpose, inspection characteristics and authority for any subsequent design or maintenance decision.
Explore this application →
Explore larger environments, facilities and structures. These applications may need terrestrial scanning or a combination of capture methods.
01 · Industry application
It is useful when a project needs more spatial detail than an existing drawing provides. A coordinated scan record lets the project team review visible surfaces, extract agreed sections and identify where further measurement is needed before design progresses.
Explore this application →
02 · Industry application
Scan data provides a spatial record of the accessible structure at the time of capture. Engineers can request selected sections, interface geometry and comparisons with supplied design information instead of relying only on historic drawings.
Explore this application →
03 · Industry application
Use it to understand the physical arrangement of an existing facility before modifying equipment or service routes. Scan-derived models can show the relationship between accessible piping, equipment and structures when the scope defines what must be captured and modelled.
Explore this application →
04 · Industry application
The report should state the measured extent, survey date, base surface and calculation assumptions. Volume depends on both the visible pile surface and the reference beneath it, so comparing reports requires consistent boundaries and a clearly defined base.
Explore this application →
05 · Industry application
An as-built model provides a structured representation of existing geometry for design coordination. It can help the engineering team review proposed routes, equipment envelopes and physical interfaces against the measured site, provided the required detail and verification scope are defined.
Explore this application →
06 · Industry application
A scene record can show the spatial relationship between visible surfaces and objects at the time of capture. With an agreed measurement scope, it can support selected distances, sections and visual explanations while preserving a clear distinction between recorded geometry and later interpretation.
Explore this application →