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FreeScan Trak Nova |
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Scanmodi |
Hochgeschwindigkeitsscanning |
50 Laserlinien |
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Präzises Scannen |
7 parallele Laserlinien |
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Tieflochscanning |
1 Laserlinie |
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Scangenauigkeit |
Bis zu 0,02 mm |
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Volumetrische Genauigkeit |
0,062 mm (3,5 m vom Tracker entfernt) |
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Volumetrische Genauigkeit (Zusammenarbeit mit Photogrammetrie) |
0,046 mm + 0,012 mm/m |
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Scangeschwindigkeit |
6.100.000 Punkte/s |
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Ob Photogrammetrie eingebaut ist |
Ja (kein Codepunkt erforderlich) |
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Scantiefe |
400 mm |
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Gewicht |
Tracker: 1,6 kg (ohne Batterie) Scanner: 1,3 kg (ohne Batterie) |
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Arbeitsmodus |
Unterstützt das automatische Umschalten zwischen kabelgebundenen und drahtlosen Scanmodi. |
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Dual modes for more accurate scanning, meeting various measurement needs.
No need for sticker placement, with an accuracy of up to 0.025 mm and a speed of up to 6.1 million points per second.
Large-format laser scanning allows selection of working distance and scanning area based on conditions, adopting a video streaming method.
Lightweight design
50 intersecting laser lines.
Equipped with AI recognition algorithm.
Anwendungen
Automotive Industry
3D dimensional inspection of auto parts,3D inspection of automotive molds
Construction Machinery
Deformation inspection of mining truck axle, Deformation inspection of reducer housing, New product development of large-scale components
Energy and Heavy Industry
Inspection of production molds,Finished product inspection of wind power main shafts,3D inspection of wind power hubs
Education and Research
Competition support, University research, Teaching and training
Anwendungsfälle
Kein Video verfügbar
Highlights
1
Dual-core mode, multi-purpose device.
When used together, the tracker and scanner form a tracking laser 3D scanning system. When used alone, the tracker becomes a large-format handheld laser 3D scanner.
2
Portable tracking laser 3D scanning
No point placement is required during scanning, with an accuracy of up to 0.025 mm and a speed of up to 6.1 million points per second.
Utilizing carbon fiber design, the scan head weighs only 1.3 kg, and the tracker only 1.6 kg. These compact and flexible devices can perform measurements deep into confined spaces.
3
Large-format handheld laser 3D scanning
Scanning areas up to 2.6 m x 2.2 m, with a working distance of up to 2.6 m, can be selected from three working distances (far, medium, and near) based on the size of the workpiece. This allows for rapid scanning while reducing the number of points used and time spent.
4
Wireless scanning, convenient and efficient
The embedded edge computing module enables wireless scanning. The built-in battery is hot-swappable and can be powered by an external power bank, ensuring reliable battery life and seamless switching between wired and wireless connections.
5
Large-scale video streaming photogrammetry
Video streaming allows for rapid acquisition of large volumes of images, ensuring accuracy.
Integrated large-scale photogrammetry without coding points allows for portable operation. Laser projection technology enables real-time visualization of the photogrammetric measurement area.
6
CNAS Accreditation and PTB Certification
Precision Laboratory is CNAS-accredited, and the precision calibration certificates it issues are mutually recognized in over 100 countries worldwide, guaranteeing the equipment's 3D measurement accuracy.
The industrial metrology 3D inspection module, with its algorithm certified by Germany's PTB, is capable of performing 3D digital-to-analog comparisons, full-scale 3D measurement, and generating inspection reports.
7
AI Recognition for Intelligent Measurement
AI recognition algorithm automatically identifies hole features and performs measurements.
Intelligent resolution automatically optimizes hole positions/boundaries.
Intelligent color spectrum clearly displays the integrity of data acquisition.
Seamless integration with subsequent 3D inspection/design application processes.
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