Shining 3D OptimScan Q12 3D Inspection Scanner

The Shining 3D OptimScan Q12 is a professional 3D inspection scanner featuring four 12.3-megapixel industrial cameras that capture surface details with accuracy of up to 0.005 mm. The scanner delivers stable repeatability through advanced 3D reconstruction algorithms, supporting VDI/VDE 2634 Part2 acceptance testing in ISO 17025 certified laboratories.

The OptimScan Q12 provides 3x faster scanning speeds compared to previous generations, capturing 12 million points in less than 1 second through its dual-chip computing module. The dual scan range system switches between 430 x 300 mm and 160 x 110 mm scanning volumes with zero manual adjustments, eliminating aperture and focal length modifications. For example, automotive manufacturers use the large range for engine block inspection and small range for connector verification, according to Shining 3D during product demonstrations.

The Q12 3D scanner operates across 6 industrial sectors including automotive component inspection, aerospace part verification, precision manufacturing quality control, reverse engineering, mold analysis, and geometric dimensioning and tolerancing measurements. VDI/VDE 2634 Part2 certification ensures compliance with international metrology standards in quality-critical applications, according to the Association of German Engineers during the 2634 standard development (2024).

To assess the capabilities of the Shining 3D OptimScan Q12 3D scanner, take a look at these remarkably detailed renders captured by the device.

Motor Gear by SHINING 3D on Sketchfab

Connector by SHINING 3D on Sketchfab

Padcase by SHINING 3D on Sketchfab

(Note: the STL files above are what you can achieve after post-processing the raw scans in the mesh-editing software.)

Navigation

• Scan accuracy
• Scanning modes
• Scan volume
• Scanner controls
• Software
• What’s in the box
• Look and feel
• Price

Scan accuracy

The OptimScan Q12 is a high-precision 3D scanner that achieves metrological precision through 4 industrial cameras operating at 12.3MP resolution with advanced 3D reconstruction algorithms. 

In Large Scan Range mode, the system delivers 0.015mm accuracy with 0.1mm point distance resolution. Small Scan Range mode provides 0.005mm accuracy with 0.04mm point distance, targeting critical dimensional inspection applications. For example, check out this switch panel scanned using the OptimScan Q12 Small Range mode capturing surface details and component geometry.

Switch Panel by SHINING 3D on Sketchfab

VDI/VDE 2634 Part2 acceptance testing validates scanner accuracy in ISO 17025 certified laboratories, establishing compliance with international metrology standards. This certification protocol tests 3 quality parameters: probing error form, sphere spacing error, and length measurement error using calibrated artifacts.

The scanner operates within -10–40°C temperature range and 0% to 93% relative humidity through environmental compensation algorithms that neutralize vibration and ambient condition effects. For example, the system maintains 0.005mm accuracy during automotive component inspection despite factory floor vibrations, according to Shining 3D during industrial deployment testing.

Monocular-Stereo Fusion (MSF) technology increases data coverage by 30–50% on complex geometries including internal corners, joints, and turning surfaces that present challenges for traditional structured light scanners. MSF operates by combining monocular and stereo vision algorithms to reconstruct surface geometry in previously inaccessible areas. For example, MSF captures complete hole interiors and connector pin details during automotive component inspection, according to Shining 3D during connector scanning demonstrations provided below.

Scanning modes

The OptimScan Q12 offers 3 operational modes designed to support specific automation levels and workflow requirements.

• Manual Mode operates through handheld scanning featuring integrated handle for positioning flexibility around complex assemblies. Operators achieve positioning accuracy within the scanner's working distance specifications without fixture constraints. For example, engine block inspection requires manual positioning to access internal cavities and complex geometries.
• Semi-Automated Mode integrates the scanner with fixed tripod mounting and automatic turntable supporting loads up to 20 kg. This configuration delivers increased scanning consistency through automated rotation control and eliminates manual positioning variables. For example, turbine blade inspection uses turntable automation to maintain consistent scanning angles across multiple identical components.
• Fully Automated Mode connects the OptimScan Q12 with robotic systems through 4-step workflow integration: robot path setup, automated 3D scanning, automated data analysis, and automated report generation. This mode enables complete lights-out operation from initial scanning through final inspection reporting. For example, inline automotive connector inspection operates continuously without operator intervention.

Scan volume

The OptimScan Q12 features two scan ranges and provides 2 measurement volumes without hardware modifications. 

• Large Range mode operates at 430 x 300 mm field of view with 590 mm working distance and 300 mm depth of field, supporting automotive components, machinery housings, and large assemblies.

• Small Range mode delivers 160 x 110 mm field of view with 210 mm working distance and 60 mm depth of field, optimized for precision components, electronic parts, and fine surface features.

Range switching executes through single software click operation, eliminating manual aperture and focal length adjustments. For example, connector inspection requires large range scanning for overall geometry and small range scanning for pin details, switching in under 3 seconds between modes.

Data fusion operates through integrated OptimScan software that seamlessly merges scans from both ranges while maintaining macro geometry and micro detail integrity. The automated alignment function recognizes marker positions across different scan ranges, creating unified models without manual intervention. For example, engine component inspection combines large range data for overall dimensions with small range data for bolt hole precision, generating complete dimensional analysis.

Scanner controls

The OptimScan Q12 operates through integrated OptimScan software connected via USB 3.0 interface, providing comprehensive scanner control through 4 primary functions.

• One-Click Range Switching executes transition between large and small scan ranges in under 3 seconds without manual hardware adjustments. The automated switching maintains calibration accuracy and eliminates setup time between scanning requirements.
• Multiple Exposure Control provides 3 exposure modes: intelligent automatic exposure, multi-exposure for high contrast materials, and manual exposure adjustment. The system automatically optimizes lighting parameters across reflective, dark, and complex textured surfaces. For example, automotive components with mixed materials require automatic exposure adjustment for consistent data quality.
• Monocular-Stereo Fusion (MSF) Control operates by alternating between single and dual camera setups to capture previously inaccessible areas. For example, deep hole scanning requires MSF activation to capture complete interior geometry.
• Calibration Control ensures scanner accuracy through automated wide mode and precise mode calibration procedures requiring 9 calibration board positions each. The system automatically determines temperature-based preheating requirements and provides calibration reminders every 14 days to maintain measurement precision.

Software

The OptimScan Q12 includes comprehensive software solutions provided without additional fees, eliminating subscription charges and hidden costs. OptimScan software operates as the primary scanning interface, providing 4-step guidance through calibration, data acquisition, processing, and export workflows.

The integrated SHINING3D Inspect Module is PTB-certified for dual measurement accuracy under both Gaussian and Chebyshev software standards, enabling advanced 3D inspection and evaluation capabilities. This professional inspection software supports geometric dimensioning and tolerancing (GD&T) measurements, automated report generation, and comprehensive comparison analysis.

5 key software features:

1. Automatic alignment with one-click marker recognition for 1mm, 2mm, and 4mm non-reflective markers

2. GREC global deviation control module reduces alignment errors and enhances measurement accuracy

3. HDR (High Dynamic Range) functionality for scanning high-contrast surfaces including black and white materials

4. 5 data export formats including STL, OBJ, ASC, PLY, and P3

5. 3-software integration with PolyWorks, Geomagic Control X, and Geomagic Design X for seamless workflow continuity

The software architecture supports 4-step automated workflows: robot path setup, automated 3D scanning, automated data analysis, and automated report generation, enabling both manual operations and fully automated production environments.

What’s in the box

• OptimScan Q12 3D scanner
• Professional tripod and tripod head
• Calibration plate 
• Positioning markers
• USB 3.0 cable
• Power adapter 
• Power cable
• OptimScan software suite
• Quick start guide 
• Certification documents

For some items, package content may change. In case of any questions, please get in touch.

Look and feel

The OptimScan Q12 features black and gray industrial construction measuring 366 x 162 x 132 mm with 3.5 kg weight, designed for handheld operation and professional stability. Industrial-grade lightweight construction provides IP50 environmental protection certification for demanding manufacturing environments.

The front sensor array displays 4 cameras arranged in precise geometric configuration around a central blue LED light source operating at 49.2 megapixel total resolution. This quad-camera layout provides immediate visual identification as advanced metrology equipment designed for high-precision scanning applications.

The integrated handle provides ergonomic grip points for manual scanning operations while maintaining professional durability through industrial-grade materials and construction.

Price of the Shining 3D OptimScan Q12 inspection 3D scanner

To learn the current price of the Shining 3D OptimScan Q12 3D scanner, click the "request the quote" button and fill in the form. We will contact you as soon as possible and send you all the details.