| 3DeVOK MQ | ||
|---|---|---|
| Light Sources | 22 Infrared Laser Lines [Invisible] | Infrared Vcsel Structured Light [Invisible] |
| Class of Lasers | Class Ⅰ (Eye-safe) | |
| Scan Modes | Infrared Line Laser (Supports markerless and invisible-light scanning) |
Infrared Linear-array Structured Light (Speckle) Supports markerless scanning, invisible light scanning, partial fine scanning, and rapid scanning at ultra-long-distance range and ultra-large FoV |
| Wireless Scanning | Available with Optional 3DeVOK Airgo Wireless Handle | |
| Accuracy✱ | Up to 0.08mm | |
| Point Distance | 0.1 - 5mm | Regular Scan: 0.2-5 mm Fine Scan: 0.1-5 mm |
| Alignment Mode | Hybrid Alignment (Marker&Texture&Geometric features), Marker Alignment, Texture Feature Alignment and Geometric Feature Alignment | Hybrid Alignment (Marker&Texture&Geometric features), Texture Feature Alignment and Geometric Feature Alignment |
| Ability to Capture Texture | Yes | |
| Scanning Distance | 150 - 1,000mm | 150 - 1,500mm |
| Field of View | 140 mm × 140 mm - 490 mm × 490 mm | 50 mm × 75 mm - 1,100mm × 1,000mm |
| Scanning Frame | Up to 80 FPS (Marker Alignment) | Up to 30 FPS |
| Scanning Speed | Up to 2,450,000 Points/s | Up to 4,500,000 Points/s |
| Output Formats | *.obj, *.stl, *.ply, *.asc, *.mk2,*.txt,*.epj,*.apj,*.spj,*.map, *.sk | |
| The Ability for 3D Printing | Supports .stl, .obj and other formats | |
| Wireless Scanning | Support ( with an optional handle) | |
| Working Temperature Range | 0～40℃ | |
| Working Humidity Range | 10% - 90% RH (Non-condensing) | |
| Interface | USB 3.0 | |
| Scanner Dimensions & Weight | Dimensions: 215 mm × 73 mm × 53 mm; Weight: 620 g | |
| Power Source | DC: 12 V, 5.0 A | |
| Certifications | CE-EMC, FCC, RoHS, IEC 60825, IEC 62471, IEC 60529-IP50, WEEE, KC | |
| Recommended Configurations for PC | OS: Win10/Win11, 64-bit; CPU: i7-13650HX and above; RAM: 32GB and above; Graphic Card: NVIDIA discrete graphics card, NVIDIA RTX3060 and above; Graphics memory: 6GB and above |
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| ✱It is the results of the laboratory's theoretical accuracy test, which belong to uncertainty errors. | ||
Yes. The 3DeVOK MQ can capture body surface geometry to support digital modeling for personalized orthotics and rehabilitation aids. The scan data can be incorporated into workflows involving digital design and 3D printing, depending on the requirements of the application.
Internal Link: Medical & Rehabilitation Solutions · Zhongshan Medical Orthotics Project
The MQ can capture the surface shape of the relevant body area, providing digital data for subsequent modeling and customization. This data can support a workflow that connects 3D scanning, digital design, and manufacturing of personalized orthotic products. Device design and fitting should be carried out by qualified professionals.
Internal Link: Zhongshan Medical Orthotics Project · Medical & Rehabilitation Solutions
The MQ supports color 3D scanning, making it useful for digitizing objects where both shape and visual appearance matter, such as artworks, figurines, and selected educational or creative projects. The most suitable workflow depends on the object's surface and the intended output.
Internal Link: Product Selection Guide
