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Multi-system integration for automated inspection cells
ROBOTIC 3D INSPECTION SYSTEM
Automate repeatable inspection from scan to report
Up to 0.005 mmScanner accuracy
Less than 1 secondSingle-shot time
Up to 500 mmMeasurable object size
Up to 20 kgTurntable load capacity
Guided configuration
Configure the scanner, software, training, and coverage together.
RobotScan Q12 is a quote-configured robotic 3D inspection system for repeatable measurement of small, detailed production parts. It combines OptimScan Q12 structured-light scanning with robotic motion, a servo turntable, RobotScan Control, and an inspection workflow.
The system supports dual scan ranges, automated path execution, full-field comparison, dimensional inspection, and report generation.
Where RobotScan Q12 fits
Use it for airfoils, brackets, connectors, gears, housings, electronic components, and other small parts where fine geometry and repeatable measurement matter.
How the workflow runs
- Configure the part position, fixture, and robot path.
- Run automated 3D measurement with OptimScan Q12.
- Compare the scan with CAD and evaluate dimensions or GD&T.
- Generate the inspection report and connect results to production systems when integration is scoped.
Configuration review
Fixtures, robot configuration, guarding, workstation, software licenses, loading and unloading, MES integration, installation, and acceptance criteria are finalized through an application review. The standard RobotScan architecture supports parts up to 500 mm and a turntable load up to 20 kg. OptimScan Q12 does not capture color texture.
Select the software, training, and protection needed for the intended workflow. Your choices carry into the recommendation request for technical review.
Configuration
Build the system you need.
Select any optional protection, software, accessories, and training.
Configured total$82,499.00
Core system only
Your selected options will be prefilled on the recommendation and quote form.
Package contents
The complete standard system, itemized.
Review the physical system, power and data connections, markers, software access, and documentation before requesting the configuration.
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Configured RobotScan Q12 System
Core modules shown in the official RobotScan architecture. Final hardware and license scope is confirmed on the formal proposal.
- OptimScan Q12 3D scanner
- Configured robot arm and controller
- System base and servo turntable
- RobotScan Control automation software
- Inspection software scope as quoted
- Calibration and system accessories required for the configured cell
Fixtures, guarding, loading and unloading equipment, MES integration, installation, and onsite services are application-specific.
Key features
How the system performs in day-to-day use.
Review the features that affect setup time, repeatability, inspection speed, and output quality.
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Full-field Q12 measurement with up to 0.005 mm accuracy
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Streamlined robot-path setup and automated calibration
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Repeatable high-efficiency inspection for production parts
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RobotScan Control for path programming and device coordination
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Shining 3D Inspect for comparison, measurement, and reporting
Complete measurement workflow
From automated capture to inspection-ready data.
Follow the workflow from repeatable capture through processing, inspection, and reporting.
Review technical specifications →Application fit
Where this system fits best.
Review the application environments where automation, accuracy, and repeatability create the clearest advantage.
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Airfoils, brackets, gears, and precision housings
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Connectors and electronic components with fine geometry
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Batch inspection near the production line
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Automated loading, scanning, inspection, and reporting workflows
Product media
Inspect the equipment and included system visually.
Product detail
Examine the system from every angle.
Review the scanner, turntable, accessories, interfaces, and physical setup before selecting a configuration.
Video library
Watch real scanning and inspection workflows.
Use the case studies, demonstrations, and tutorials to review the workflow from capture through final output.
Video library
Select a video to begin
Watch demonstrations, tutorials, and real application workflows without leaving the product page.
Technical specifications
Check the specifications before purchase.
Confirm accuracy, field of view, point distance, capture system, outputs, standards, and workstation requirements.
Scanner accuracyUp to 0.005 mm
Single-shot timeLess than 1 second
Measurable object sizeUp to 500 mm
Turntable load capacityUp to 20 kg
Large-range accuracy0.015 mm
System typeRobotic automated 3D inspection cell
ScannerOptimScan Q12 structured-light scanner
Scanner cameras4 × 12.3 MP
Scan ranges160 × 110 mm small range; 430 × 300 mm large range
Point distance0.04 mm small range; 0.10 mm large range
Working distance210 mm small range; 590 mm large range
Depth of field60 mm small range; 300 mm large range
Light sourceBlue LED
Monocular-Stereo FusionSupported
Exposure controlMultiple exposure modes, including intelligent automatic exposure
Robot working radiusApproximately 800 mm
Standard system dimensions1030 × 670 × 270 mm
Standard system weight70 kg
Safe working space2400 × 2400 × 1600 mm
InstallationDesktop or floor-mounted
Power supply100 to 240 V, single-phase, 10 A
Connectivity2.5G Ethernet and USB 3.0
Operating temperature0 to 40 °C
Scanner dimensions366 × 162 × 132 mm
Scanner weight3.5 kg
Data cable length5 m
Accuracy acceptanceVDI/VDE 2634 Part 2 and ISO 10360; tested in an ISO/IEC 17025 accredited laboratory
CertificationsCE, FCC, RoHS, WEEE, KC, FDA, UKCA, IP50, TELEC, and TISAX
| Component | Minimum | Recommended |
|---|---|---|
| Operating system | Not separately published | Windows 10 64-bit or Windows 11 Pro 64-bit |
| Processor | AVX instruction support required | Intel Core i7-11700 or above |
| Graphics card | NVIDIA GPU with at least 1,280 CUDA cores required | NVIDIA RTX 3060 or above |
| Video memory | Not separately published | 6 GB or above |
| System memory | Not separately published | 32 GB or above |
| Interface | USB 3.0 | USB 3.0; the automation system also uses 2.5G Ethernet |
Shining 3D publishes recommended requirements for OptimScan Q12, not a separate minimum workstation. Final automation workstation and network requirements depend on the configured robot, inspection stack, and MES integration.
Interactive results
Review scanned models.
Select a model to load the interactive viewer, or open it directly on Sketchfab.
Optional interactive preview
Switch Panel
The viewer loads only when requested, reducing memory use on mobile and lower-powered devices.
Optional interactive preview
Motor Gear
The viewer loads only when requested, reducing memory use on mobile and lower-powered devices.
Models published by Shining 3D on Sketchfab. Use the direct link if the embedded viewer exceeds the device's graphics capacity.
Next step
Send your selected configuration to SKYLAB3D.
The form carries your selected software, training, add-ons, and protection choices into the request.