Compact 3D scanning for small components.
GOM Scan 1 brings optical 3D scanning into a compact format for detailed component inspection, dimensional measurement, CAD comparison and quality control.
Detailed 3D data without a large inspection setup.
GOM Scan 1 is designed for applications where detailed surface information and dimensional inspection are important, particularly when working with smaller components.
The scanner forms part of the ZEISS optical 3D scanning portfolio and can support workflows from digital capture through inspection and reporting using ZEISS INSPECT.
Built around the measurement task.
The value of optical 3D scanning is not simply capturing a mesh. The resulting 3D data can be used to understand component geometry, identify dimensional variation and compare manufactured parts against nominal data.
Small-component inspection
Capture detailed surface geometry for smaller components and parts.
Dimensional measurement
Use 3D scan data to investigate component dimensions and geometry.
CAD comparison
Compare captured geometry with nominal CAD data to identify dimensional deviations.
Quality control
Generate usable 3D inspection data for manufacturing and quality workflows.
When surface geometry matters, a complete 3D view can tell more.
Small manufactured components can contain complex surfaces, edges, curves and freeform geometry that are difficult to understand using a limited number of individual measurement points.
Complex surface geometry
Curved, freeform and detailed surfaces can benefit from full-field 3D data rather than isolated measurement points.
Dimensional variation
Compare actual component geometry against nominal CAD or reference data to understand where deviations occur.
Legacy components
Digitise physical components where existing digital geometry is incomplete, unavailable or needs to be recreated.
Where GOM Scan 1 can fit into your inspection workflow.
GOM Scan 1 is suited to application areas where compact optical 3D scanning can provide useful surface and dimensional information.
Small Component Inspection
Capture detailed 3D geometry for manufactured components and use the resulting data to investigate dimensional and surface variation.
Part-to-CAD Comparison
Compare scanned component geometry with nominal CAD data to visualise deviations across the measured surface.
Dimensional Verification
Use 3D measurement data to evaluate dimensions, geometry and manufactured part variation.
Reverse Engineering Workflows
Use captured physical geometry as part of an application-level reverse-engineering workflow for legacy or undocumented parts.
From physical component to usable inspection data.
A 3D scanning workflow can connect physical components with digital inspection and engineering information.
Capture
Scan the physical component to capture its surface geometry as 3D data.
Process
Process the captured data into a usable 3D representation of the component.
Inspect
Analyse geometry and compare the component against nominal or reference information.
Report
Turn inspection results into visual and documented information for engineering and quality decisions.
The right scanner depends on the part and inspection task.
GOM Scan 1 is one part of the current GTS ZEISS 3D scanning portfolio. The most appropriate system depends on component size, accessibility, geometry and the inspection objective.
Turn scan data into an easier-to-understand view of component variation.
For manufactured parts, comparing measured geometry against nominal CAD can make deviations easier to identify and communicate.
Explore the wider ZEISS metrology portfolio.
Different component geometries and inspection objectives may call for different measurement technologies.
ZEISS ATOS Q
Industrial optical 3D scanning for detailed surface inspection, dimensional analysis and CAD comparison.
Explore ATOS QZEISS T-SCAN hawk 2
Portable metrology-grade 3D laser scanning for flexible inspection and difficult-to-access components.
Explore T-SCAN hawk 2ZEISS INSPECT
Inspection software supporting workflows from 3D scan data through analysis and reporting.
Explore ZEISS INSPECTZEISS technology with local application support.
Selecting a 3D scanner is only one part of establishing an effective measurement workflow. The component, inspection objective, data requirements and working environment all affect the appropriate approach.
Global TechSolutions supports ZEISS industrial metrology applications in Singapore, helping manufacturers assess suitable measurement technologies for their components and inspection requirements.
Authorised ZEISS Business Partner
Access the current ZEISS industrial metrology portfolio through Global TechSolutions in Singapore.
Application-Led Selection
Discuss the component, geometry and inspection objective before selecting a measurement approach.
Demonstrations
Explore how a ZEISS 3D scanning system can fit your inspection workflow and measurement requirements.
Local Support
Work with the local GTS team for product discussions, application support and ongoing metrology requirements.
Choosing between CMM and 3D scanning?
Understand how different inspection technologies fit different component geometries, measurement requirements and quality objectives.
Getting a CAD model from a part that has none.
Explore how 3D scanning can form part of a reverse-engineering workflow for physical components without complete digital data.
What are you actually buying with a 3D scanner?
Learn what to consider when selecting an industrial 3D scanner and how application fit affects the measurement approach.
Have a part you need to measure?
Bring us your measurement challenge. Discuss your component, tolerance requirements and inspection objectives with our metrology specialists.