Shining 3D OptimScan Q12/Q9 HD
OptimScan Q12/Q9 HD
High-Accuracy 3D Inspection Scanners
- 0.004 mm Accuracy
- Dual Scan Range
- Monocular-Stereo Fusion (MSF)
- Single Shot < 1 s
- Certified Accuracy (VDI/VDE 2634 and ISO 10360)

Key Features
Accuracy with Certified
Metrology Confidence
OptimScan Q12/Q9 HD goes beyond the performance boundaries of fringe projection optical scanning systems, offering a new level of accuracy and fine detail capture in its class.
With four high-resolution cameras and ultra-high accuracy of 0.004 mm, the system ensures highly faithful 3D digitization of complex geometries, excelling at capturing small features and intricate surfaces with extraordinary clarity.


Effortless Scan
Range Switching
OptimScan Q12/Q9 HD features two scan ranges switchable with a single click, eliminating the need for manual adjustment of aperture and focal length. Data scanned from different ranges can be seamlessly fused in the software, delivering both efficiency and detail.
- Wide Range: 220 × 150 mm
- Small Range: 80 × 50 mm
Monocular-Stereo
Fusion (MSF)
The monocular-stereo fusion function can effectively expand data coverage and improve the integrity of scanned data for features like sharp fillets and pockets of industrial components.


Flexible Working Modes
OptimScan Q12/Q9 HD adapts to your scanning needs with three flexible working modes.
- Manual Mode: The OptimScan Q12/Q9 HD is compact and easy to carry, providing operators with full control and flexibility.
- Semi-automated Mode: Combine it with an automatic turntable supporting up to 20 kg on a stable tripod for higher efficiency and repeatability.
- Fully Automated Mode: Integrates seamlessly with industrial robots for precise, repetitive inspection tasks, making it ideal for mass-measurement workflows.
Dual-Axis Turntable
(Optional)
The optional automatic dual-axis turntable enables multi-angle automatic scanning with a single click, significantly improving data collection efficiency while supporting payloads up to 3 kg.
Equipped with an intelligent fluid-scan algorithm, the system automatically plans supplementary scan paths to capture missing data, ensuring comprehensive and efficient 3D data acquisition of your objects. Powered by a dual-chip computing platform, each capture takes less than 1 second.


OptimScan Software
Enhancements
OptimScan Q12/Q9 HD comes with powerful, continuously updated software. Scan as much as you want all year round with no hidden fees or extra costs.
- Scan Templates
- Vibration Detection
- Temperature Control
- Background Cutting
SHINING3D Inspect
(Optional)
SHINING3D Inspect offers a streamlined, modular, and customizable approach to 3D inspection, simplifying workflows from data collection to reporting. The software is perfectly suited for dimensional inspection and quality control of components in industries such as automotive, aerospace, and precision manufacturing.
Backed by PTB-certified capabilities, it guarantees traceability in every measurement. Independently developed by SHINING 3D, it represents robust in-house expertise and continuous innovation.


Automated Inspection
Solution
OptimScan Q12/Q9 HD can seamlessly integrate with intelligent 3D inspection systems, providing a fully automated workflow from scanning to report generation.
Workflow:
- 1. Path Teaching
- 2. Automated 3D Measurement
- 3. Automated 3D Inspection
- 4. Automated Report Generation
Certified Metrology
Accuracy
- Verified Standards: Rigorous acceptance testing based on VDI/VDE 2634 and ISO 10360 standards.
- Accredited Laboratory: Calibrated in our ISO/IEC 17025 Accuracy Laboratory.
- Full Traceability: Our integrated control system ensures every measurement is internationally traceable.

What You Can Achieve
with Our Scanners
Discover how integrating our 3D scanners into your workflow can boost efficiency and help you achieve exceptional results.
Technical Specifications
Small range: 0.004 mm
Small range: 200 mm
OptimScan Q9 HD: 4 × 9MP
Small range: 80 × 50 mm
OptimScan Q9 HD: Wide range: 0.06 mm, Small range: 0.03 mm
Small range: 30 mm