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- Product code: 00-00012993
3D optical system FreeScan Trak Nova3D – more precise scanning of large objects
The 3D FreeScan Trak Nova optical system is a versatile dynamic tracking and scanning system that combines compactness, flexibility, and high performance. The device is ideal for large-scale tasks in various industries, including energy, transportation, industry and cultural projects.
- Flexible modular system.
- Compact and flexible dynamic tracking.
- Wireless and lightweight design.
- Integrated video photogrammetry (VPG).
Flexibility and versatility
3D FreeScan Trak Nova offers dynamic tracking in real time. The system is equipped with a detachable handheld scanner, which allows you to work effectively even in confined spaces. The compact and wireless design ensures ease of operation, and the integrated video photogrammetry (VPG) technology guarantees accuracy and ease of use.
Advantages and features of the 3D FreeScan Trak Nova optical system
- Universal scanning capabilities.
- Collapsible structure.
- Wireless scanning support.
- Autonomous operation: TE Nova - up to 2.5 hours, UE Nova - up to 1 hour.
- Integrated video photogrammetry (VPG).
- Flexible and dynamic tracking of the object's position in space.
- Real-time data flow visualization.
- Automatic adjustment of grid resolution.
- AI helps determine the boundaries of the object.
- FreeScan Trak software.
- Compatibility with third-party profile software: Geomagic Control X, PolyWorks, Geomagic Design X.
- Wireless and wired mode.
- Coverage up to 2.6x2.2 m.
- Maximum distance from the scanning object 26 m.
- Volumetric accuracy with VPG: 0.072+0.012 mm/m.
- Scanning speed up to 5,500,000 t/s.
- Markerless scanning.
- Integrated wireless modules.
- Certified device in a ISO 17025 certified laboratory.
High speed and wide capabilities
The system supports large-scale scanning with a field of view of 2.6 × 2.2 m. The speed of data collection makes scanning fast and efficient, and certified accuracy allows you to achieve maximum results when working with large-sized objects.
Video Photogrammetry (VPG): A New Level of Accuracy
FreeScan Trak Nova features SHINING 3D’s patented VPG technology, which eliminates the need for coded markers. This system uses photogrammetry integration with a calibration rod to verify markers in real time. This approach simplifies setup and ensures consistent volumetric accuracy.
Learn more about video photogrammetry in SHINING Innovations
Photogrammetry is a method that uses photographs to measure and reconstruct 3D models of objects. 3D scanning combines mechanics, optics, electronics and algorithms to create precise digital copies of the physical structure of an object. This process produces point clouds and texture data for further processing, eliminating errors that often occur when scanning large objects.
Benefits of SHINING 3D’s patented technology
SHINING 3D’s VPG technology reduces preparation time by eliminating the need for marker placement, which is especially important for large-scale projects. It is used in FreeScan Trak Nova, FreeScan UE Pro2, FreeScan Trio and FreeScan Trak ProW devices, offering:
- Quick setup.
- Elimination of marker placement errors.
- High global 3D scanning accuracy.
Wireless scanning for maximum productivity
FreeScan Trak Nova is equipped with integrated wireless modules that provide:
- Freedom of movement without the restriction of cables.
- Stable data transmission in real time.
- High frame rate for accurate work even in difficult conditions.
Advanced computing modules guarantee fast data processing and stability when working with large objects.
Lightweight and convenient 3D FreeScan Trak Nova
FreeScan Trak Nova is easy to carry thanks to its compact carbon fiber case. The device weighs only 1.2 kg (TE Nova model) and 1.6 kg (UE Nova model), making it convenient to work in any conditions.
Long-lasting operation thanks to replaceable batteries
For long-term projects, FreeScan Trak Nova is equipped with replaceable batteries. They can be quickly replaced without interrupting the workflow, which is especially convenient when working in remote locations.
Applications of the SHINING optical measuring system
FreeScan Trak Nova is used in a wide range of areas:
- Engineering equipment and transport: measuring and monitoring the wear of parts.
- Energy and utilities: scanning infrastructure objects.
- Cultural and creative projects: creating 3D models for the restoration and preservation of art objects.
FreeScan Trak Nova is a versatile and highly accurate solution for tasks where flexibility, mobility and reliability are important.
Specification
| Model / Device | FreeScan Trak Nova | FreeScan UE Nova | FreeProbe 2 |
|---|---|---|---|
| Accuracy | 0.02 mm | 0.072 mm | 0.025 mm |
| Volumetric Accuracy | 0.062 mm (12 m³) | / | 0.062 mm (12 m³) |
| Volumetric Accuracy with VPG | 0.046 + 0.012 mm/m (extended volume) | 0.072 + 0.012 mm/m | 0.046 + 0.012 mm/m (extended volume) |
| Resolution | 0.01 ~ 10 mm | 0.5 ~ 10 mm | / |
| Scanning Speed | 6,140,000 points/s | 4,600,000 points/s | / |
| Flexible Field of View (FOV) | Up to 2600 × 2200 mm | / | |
| VPG Photogrammetry | Included (No coded targets required) | / | |
| VPG FOV Indicator | Included | / | |
| High-speed Scanning | Included (50 laser lines) | Included | / |
| Detailed Scanning | Included (7 parallel laser lines) | Included (Near Mode support) | / |
| Deep Hole/Pocket Scanning | Included (1 laser line) | / | / |
| Working Distance | 300 mm | 1200 mm | / |
| Depth of Field | TE Nova: 380 mm (170 ~ 550 mm) UE Nova: 2700 mm (800 ~ 3500 mm) | 2300 mm (300 ~ 2600 mm) | / |
| Connection Type | Wireless and wired mode (fiber-optic) | ||
| Net Weight | TE Nova: 1.2 kg / UE Nova: 1.6 kg | 460 g | |
| Operating Temperature | -10 ~ 40°C | / | |
| Operating Humidity | 10 ~ 90% | / | |
| Dimensions | / | 50 × 110 × 363 mm | |
| Certification | CE, FCC, ROHS, WEEE, KC, FDA, UKCA, IP50, TELEC, TiSAX | / | |
| Acceptance Testing (Standards) | VDI/VDE 2634 Part 3 and ISO 10360 certification (tested in an ISO/IEC 17025 accredited precision lab) | ISO 10360 (certified in an ISO 17025 precision lab) | |
