High-Precision 3D Inspection Scanner
The OptimScan Q12 features two scan ranges that can be switched with a single click, eliminating manual adjustment of aperture and focal length.
Scanned data from different ranges can be seamlessly fused in the software, ensuring both efficiency and detail.
The monocular-stereo fusion function can effectively increase data coverage and improve the integrity of the scanned data, such as the common turning corners and joints of industrial parts.
Powered by a built-in dual-chip computing module, OptimScan Q12 delivers fast image acquisition and data processing. Each shot less than 1 second, capturing an impressive 12 million points with exceptional precision.
To further streamline the workflow, Q12 offers multiple exposure modes—including intelligent automatic exposure—dramatically reducing scanning time while ensuring optimal results across diverse surface conditions.
OptimScan Q12 can seamlessly integrates with intelligent 3D inspection system, enabling fully automated workflow from scanning to report generation.
Workflow:
1. Robot Path Setup
2. Automated 3D Scanning
3. Automated Data Analysis
4. Automated Report Generation
INSPECT ON THE MOVE
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SHINING 3D Metrology brings precision measurement from isolated labs directly to the shop floor and beyond, enabling real-time quality assurance across every stage of production.
Discover how integrating our scanners into your workflow can enhance efficiency and help you achieve remarkable results.
Application Scenarios: Precision machined parts such as engine blocks, transmission housings, turbine blades, and braking system components. Function: Rapid acquisition of high-density point cloud data for geometric tolerance analysis (e.g., flatness, roundness, position) by comparing with CAD models. Detects machining errors (e.g., burrs, deformation) to ensure compliance with industry standards.
Application Scenarios: Stamped sheet metal parts such as fenders, and chassis structural components. Function: Scan surface contours to analyze springback effects and optimize stamping die design parameters. Conduct full-size inspection (FAI) to detect minor wrinkles or cracks, reducing subsequent welding and assembly issues.
Application Scenarios: Injection molds, die-casting molds. Function: Scan worn molds and perform reverse engineering to generate 3D models for repair or remanufacturing guidance. Compare data from old and new molds to predict lifecycle and reduce downtime costs.
Application Scenarios: Critical production line stations. Function: Integration with robotic arms enables fully automated scanning. Real-time inspection reports are generated to monitor production trends and provide early deviation warnings.
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3D scanners sold worldwide
No. OptimScan Q12 doesn't have a color camera to capture the texture information of object.
OptimScan Q12 supports markerless scanning. For higher accuracy requirements, it can recognize 1mm, 2mm, or 4mm non-reflective markers.
We recommend using OptimScan Q12 for small to medium-sized objects in high-precision application scenarios such as automotive, electronic, mold manufacturing and so on.
OptimScan Q12 software integrates SHINING3D Inspect module, offering comprehensive functionalities such as Compare, Cross-Section, Feature, Dimension, Gauges, Report, and Quick Measurement, enabling diverse inspection requirements.
