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- Product code: 00-00015285
FreeScan Trak Nova+ for Accurate Measurement of Large Objects Without Markers
SHINING 3D FreeScan Trak Nova+ is an optical 3D scanning system with dynamic tracking, designed for measuring large parts, complex surfaces, and local geometric elements. The system operates wirelessly, supports scanning without markers on the object itself, and consists of the TE Nova+ tracker and the detachable UE Nova+ scanner. The data acquisition speed reaches 7,600,000 points/s, the stated accuracy is 0.02 mm, and the maximum field of view reaches 2600 × 2200 mm.
Advantages of FreeScan Trak Nova+
- Scanning without markers on the part. In dynamic tracking mode, the tracker determines the position of the handheld scanner in real-time. This reduces the preparation of large objects for measurement and simplifies the operator's movement around the part.
- Fast data acquisition. In Nova+, the number of laser lines in high-speed mode is increased to 62. The maximum scanning speed is 7,600,000 points/s, allowing faster digitization of large surfaces.
- Multiple modes for different geometries. TE Nova+ uses 62 laser lines for high-speed scanning, 25 parallel lines for detailed measurement, and one line for recesses. The operator can change the mode according to the shape of a specific area.
- Detachable handheld scanner. UE Nova+ can be detached from the tracking system and used separately for wide-format laser scanning. In this mode, a field of view up to 2600 × 2200 mm is available.
- Operation without signal cables. Wireless modules transmit data during scanning, and built-in computing modules process it. A mode with fiber-optic connection is also provided for wired connection.
- Accuracy control according to metrological standards. The system's stated accuracy is 0.02 mm. Acceptance tests are performed according to VDI/VDE 2634 Part 3 and ISO 10360 in the manufacturer's laboratory accredited to ISO/IEC 17025.
Dynamic Tracking for Scanning Without Markers on the Part
TE Nova+ tracks the position of UE Nova+ as the operator moves. Thanks to this, for 3D scanning in tracking mode, it is not necessary to apply markers directly to the measured object.
This working principle is useful when digitizing body elements, structures, equipment, and other parts with a large surface area. The operator can move around the object and collect data from different directions without constantly manually aligning individual fragments. The compact design also allows working near complex geometries and in hard-to-reach areas where cables may restrict scanner movement.
Scanning Modes for Different Types of Geometry
FreeScan Trak Nova+ uses 62 laser lines in high-speed mode. When working with TE Nova+, the operator has access to three scanning modes:
- 62 laser lines for fast data collection;
- 25 parallel laser lines for detailed scanning;
- 1 laser line for measuring recesses.
The maximum scanning speed is 7,600,000 points/s. This allows for quick collection of geometric data during the digitization of large surfaces and complex parts. The detachable UE Nova+ also uses 62 laser lines in high-speed mode. For detailed scanning in standalone mode, 7 parallel laser lines are provided.
Wide-Format Scanning with Detachable UE Nova+
The design of FreeScan Trak Nova+ allows detaching UE Nova+ and using it as a separate handheld laser 3D scanner. The maximum field of view reaches 2600 × 2200 mm, allowing quick digitization of the geometry of large objects. For more detailed scanning of specific areas, you can switch to dynamic tracking. The software allows combining data obtained in different modes into a single set, combining the overall geometry of the object with detailed data of individual elements.
VPG Videogrammetry for Large Objects
FreeScan Trak Nova Series uses VPG technology, or videogrammetry. It works with a calibration bar and allows checking the position of markers in real-time using video data. VPG does not require coded markers. The technology is designed to control error accumulation during the measurement of large objects.
Wireless Design and Autonomous Operation
TE Nova Series and UE Nova Series are equipped with built-in wireless and computing modules. Data can be transmitted without a cable connection between the operator and the stationary workstation. Power is provided through removable batteries. During long measurements, a discharged battery can be replaced to continue working. The system also supports data transmission via fiber-optic connection.
Software Features for Working with Scanning Results
The FreeScan Trak software supports merging data obtained in different scanning modes. Wide-format data can be used for the main geometry of the object, and dynamic tracking results for local elements.
The intelligent resolution function changes the mesh density depending on the surface curvature. On geometrically complex areas, more details can be preserved without uniformly increasing the density of the entire model. Recognition of geometric elements is used to determine the boundaries of round and rectangular holes and slots. For further work, the manufacturer notes compatibility with SHINING3D Inspect, PolyWorks, Geomagic Control X, EXModel Pro, BlueStar Mapping, and Geomagic Design X.
Applications of SHINING 3D FreeScan Trak Nova+
FreeScan Trak Nova+ is designed for tasks where it is necessary to obtain the geometry of large or structurally complex objects with metrological accuracy.
- Geometry control. The obtained data can be used to verify the shape, dimensions, and positioning of elements of the manufactured part.
- Reverse engineering. 3D scanning provides the initial geometric data for reproducing a digital model of an existing product.
- Digitization of large parts. A field of view up to 2600 × 2200 mm in manual mode and VPG allows working with large structures.
- Mechanical engineering and transportation. The manufacturer notes the application of the system for construction machinery, railway transport, and other large mechanical structures.
- Aerospace and energy tasks. The system is designed for measuring large parts and structures where obtaining geometric data without a stationary measuring installation is required.
- Measurement in production conditions. The wireless design and replaceable batteries allow moving the system between measurement zones and working without a constant cable connection to the scanner.
Technical Specifications of SHINING 3D FreeScan Trak Nova+
Scanning Modes and Speed
| Parameter | Value |
| High-speed scanning TE Nova+ | 62 laser lines |
| Detailed scanning TE Nova+ | 25 parallel laser lines |
| Recess scanning TE Nova+ | 1 laser line |
| High-speed scanning UE Nova+ | 62 laser lines |
| Detailed scanning UE Nova+ | 7 parallel laser lines |
| Maximum speed | 7,600,000 points/s |
Accuracy and Measurement Parameters
| Parameter | Value |
| Accuracy | 0.02 mm |
| Volumetric accuracy | 0.062 mm for 12 m³ |
| Volumetric accuracy with VPG | 0.046 + 0.012 mm/m |
| Resolution | 0.01–10 mm |
| Maximum field of view | 2600 × 2200 mm |
| VPG | Yes, without coded markers |
Design and Standards
| Parameter | Value |
| Data transmission | Wireless or wired via fiber-optic connection |
| Protection | IP50 |
| Certifications | CE, FCC, RoHS, WEEE, KC, FDA, UKCA, TELEC, TiSAX |
| Acceptance tests | VDI/VDE 2634 Part 3 and ISO 10360 |
| Accuracy verification laboratory | ISO/IEC 17025 |
| Weight of TE Nova Series | 1.2 kg |
| Weight of UE Nova Series | 1.6 kg |
Order SHINING 3D FreeScan Trak Nova+
You can order SHINING 3D FreeScan Trak Nova+ with clarification of the current price and available system configuration. Before ordering, you can get a consultation on scanning modes, equipment configuration, and application for your measurement tasks.
