High-Precision 3D Scanner for Automated Metrology
Reliable High Performance
OptimScan Q12, equipped with 4 x 12.3 megapixel cameras, accurately captures geometrically detailed features on an object's surface. Combined with powerful hardware modules and advanced 3D reconstruction algorithms, it delivers an impressive accuracy of up to 0.005 mm, ensuring stable repeatability.
Dual Scan Range
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.
Monocular-Stereo Fusion (MSF)
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.
Intelligent Scanning
Powered by a built-in dual-chip computing module, OptimScan Q12 delivers fast image acquisition and data processing. Each shot takes less than 1 second, and captures 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.
Versatile and Adaptable
OptimScan Q12 is compact and easy to carry, offering flexible manual scanning. For semi-automated operation, it pairs with a fixed tripod and an automatic turntable with up to 20 kg load, providing increased efficiency and consistency in scanning. In fully automated mode, it integrates with a robot for precise, repetitive inspection tasks.
Automated Inspection Solution
OptimScan Q12 seamlessly integrates with intelligent 3D inspection systems, enabling fully automated workflows from scanning to report generation.
Why Choose OptimScan Q12?
Technical Specifications - OptimScan Q12
| Scan Range | Large range | Small range |
| FOV | 430 × 300 mm | 160 × 110 mm |
| Accuracy | 0.015 mm | 0.005 mm |
| Point Distance | 0.1 mm | 0.04 mm |
| Depth of Field | 300 mm | 60 mm |
| Resolution | 4 × 12.3MP | |
| Light Source | Blue LED | |
| Weight | OptimScan Q12: 3.5 kg | |
| Dimensions | 366 × 162 × 132 mm | |
| Certifications | CE, FCC, RoHS, WEEE, KC, FDA, UKCA, IP50, TELEC, TiSAX | |
| Acceptance Test | VDI/VDE 2634 Part2 (certified in ISO 17025 certificated accuracy lab) | |
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Our Company
Delivering top-tier 3D scanners, printers, and training to optimize your business with precision and efficiency.
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Who We Are
A dedicated team of 3D scanning and printing experts, providing reliable service and fast support.
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Customer Benefits
We value your time and make adopting new technology easy with unlimited after-sales support and free shipping.
Frequently Asked Questions
Looking for something specific? Let us know, and we’ll be happy to assist you.
The Laser HD mode's short working distance is designed to scan fine details and small parts, with a minimum part size of approximately 5 cm. In contrast, the Infrared (IR) mode offers a larger field of view (FOV), enabling efficient scanning of larger parts up to 10 m. This limit can be extended by aligning multiple scans of the same project.
The EinScan Libre is a standalone device, but we also developed the new EXScan Libre software– included– to provide even more powerful features to process your data. With EXScan Libre, you can manage multiple projects, fuse resolutions, and take advantage of various data editing tools, all with customizable settings to suit your needs.
For objects larger than 1x1x1 meter, we recommend the IR Rapid or IR Adaptive modes. The IR Adaptive mode is particularly effective for black or reflective surfaces but requires markers for tracking reference.
For objects smaller than 1x1x1 meter, the optimal choice is the Laser HD mode, which provides high-resolution detail and allows for feature or texture alignment, eliminating the need for markers.
The texture alignment feature in Laser HD mode is specifically designed to assist in scanning objects with challenging surface materials, such as metallic finishes or colorful vases, which may have fewer identifiable features but are rich in texture.
The EinScan Libre can be powered and charged through USB-C, which also facilitates data transfer and synchronization with EXScan Libre PC software. It also supports Wi-Fi 6 and Gigabit Ethernet for seamless network connectivity. Its USB 3.0 Type-A port is available for USB flash drive connection and data sharing.
To achieve the most accurate data when scanning large parts, utilize the EinScan Libre's global marker scanning feature. This process involves an initial scan to capture only the positions of the markers, with the projectors turned off to ensure accurate readings. Once the global marker scan is complete, you can proceed with the actual scanning. Optionally, using a precise calibration scale bar can significantly enhance overall volumetric accuracy.
