Choosing a 3D scanner is not just about comparing specifications: real-world application requires the right balance of accuracy, efficiency, and flexibility. Whether you are capturing fine details for reverse engineering, scanning objects of various sizes and materials, or looking for a mobile solution for rapid deployment, understanding the strengths and positioning of each 3DeVOK model is key to making the right choice. This guide provides a clear comparison of the 3DeVOK MT Gen2, MT, and MQ models, reviewing their technologies, performance, and best use cases to help you find the 3D scanner that meets your needs.
Product Lineup: How Are These Three 3D Scanners Positioned?
The current 3DeVOK range consists of three main models, tailored to different application levels:
MT Gen2: advanced, high-precision 3D scanner designed for capturing fine details and complex geometry.
MT: professional 3D scanner ensuring both accuracy and efficiency.
MQ: entry-level, lightweight and portable 3D scanner focused on ease of use and flexibility.
With complementary light source systems, performance capabilities, and application directions, these three models together cover a broad spectrum of needs—from basic scanning to advanced 3D modeling.
3DeVOK 3D Scanners: Feature Comparison Table
| MT Gen2 | MT | MQ | |
| Product Vision | Optimized for industrial design | Redefining productivity tools | Everyone can become a 3D creator |
| Purpose and Application | Optimized based on the MT model for industrial design. Ensures greater accuracy and finer details for tasks such as reverse engineering, custom enhancements, and 3D inspection. | • For businesses and academic research
• Focused on accuracy, efficiency, high performance, and versatility | • For medical rehabilitation, studies
• For professionals, education, and training
• Emphasis on safety and cost-effectiveness |
| Light Source | Quad-Light system: 34 crossed blue laser lines + 11 parallel blue laser lines + one blue laser line + large-area IR spot | Triple-Light system: 34 crossed blue laser lines + 22 crossed infrared laser lines + wide field of view (FoV) IR spot | Dual-Light system: 22 crossed infrared laser lines + dual-zone IR spot |
| Laser Scanning Speed (with markers) | Blue laser – up to 3,300,000 points/sec. | Infrared laser – up to 2,450,000 points/sec. | — |
| Accuracy | Up to 0.03 mm + 0.04 mm/m | Up to 0.04 mm + 0.04 mm/m | Up to 0.08 mm |
| Detail | Resolution up to 0.05 mm. Blue parallel lines capture finer details than blue crossed lines. | Resolution up to 0.05 mm. Blue laser captures fine details excellently. | Resolution up to 0.1 mm |
| Weight | 620 g | 620 g | 550 g |
Key Differences: How Do These Three 3D Scanners Stand Out?
At the technological level, each model is based on a different approach aligned with its positioning, resulting in individual capabilities.
MT Gen2 High-Precision 3D Scanner: enhanced accuracy and detail
Upgraded from a triple-light system to a quad-light hybrid architecture, the MT Gen2 ensures the highest level of accuracy and detail. It is optimized for industrial reverse engineering and ideally suited for design and modeling scenarios requiring high data quality.
MT All-in-One 3D Scanner: proven, versatile performance
Built on an innovative triple-light architecture, the MT balances accuracy and adaptability: blue light ensures high-precision data capture, while the infrared laser improves performance with materials of various colors. The model supports markerless scanning and hybrid alignment, enabling stable and efficient data collection under various conditions.
MQ Entry-Level 3D Scanner: lightweight, flexible, and quick to deploy
Designed for mobility and ease of use, the MQ color 3D scanner is ideal for rapid scanning and basic operations. While its accuracy and detail are slightly lower than other models, its capabilities are more than sufficient for entry-level and general-purpose needs.
How to Choose the Right 3D Scanner for Different Tasks?
Based on positioning, all three 3DeVOK models serve different functions:
For Industrial Reverse Engineering and High-Precision 3D Modeling:
The MT Gen2 ensures impeccable accuracy and detail, providing reliable 3D data for reconstructing complex models. The ideal choice for professional design and custom projects where precision is a critical factor.
For General-Purpose Scanning and Various Scenarios:
The MT offers stable accuracy and detail with better adaptability to different colors or materials. It handles everything—from small precision parts to medium and large objects—making it a true all-in-one solution.
For Education, Demonstrations, and Simpler Tasks:
The MQ provides a convenient and easily accessible scanning solution that is ideal for beginners and cases requiring quick deployment.
How to Choose the Most Suitable 3D Scanner for You?
There is no best scanner for all cases—only the one that best meets your needs. Consider these four key factors:
Use Case: what will you need to scan?
Accuracy and Resolution: this determines model quality.
Scanning Efficiency and Workflow.
Budget: defines the product category.
Quick Selection Guide:
Priority on detail and accuracy $\rightarrow$ choose a high-precision model (e.g., MT Gen2).
Versatility needed in various situations $\rightarrow$ choose an all-in-one model (e.g., MT).
Limited budget or entry level $\rightarrow$ choose a lightweight model (e.g., MQ).
Building a Complete 3D Scanning Ecosystem
By combining the MT Gen2, MT, and MQ product lines, 3DeVOK creates a comprehensive 3D scanning portfolio covering multiple application levels. Looking to the future, 3DeVOK will continue to innovate and expand 3D scanning capabilities in the fields of design, creativity, and digitization.
For more information or professional assistance, please contact us.
