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FreeScan UE Pro2 |
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Scanmodi |
Hochgeschwindigkeits-Scanmodus |
50 Laserlinien |
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Präziser Scanmodus |
7 parallele Laserlinien |
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Tiefloch-Scanmodus |
1 Laserlinie |
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Photogrammetrie-Modus |
Eingebaute binokulare Photogrammetrie |
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Scangenauigkeit |
0,02 mm |
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Volumetrische Genauigkeit |
0,015 mm + 0,03 mm/m ( Mit eingebauter Photogrammetrie 0,02 mm + 0,015 mm /m ) |
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Punktdistanz |
0,01 mm - 10 mm (einstellbar) |
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Scangeschwindigkeit |
3,46 0,000 Punkte/s |
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Max. Sichtfeld |
600 mm × 550 mm |
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Arbeitsabstand |
300 mm ( Hochgeschwindigkeits- / Tiefloch-Scanmodus ); 200 mm (Präzisions- Scanmodus ) |
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Scantiefe |
550 mm |
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Laserklasse |
Klasse II (augensicher) |
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Abmessungen |
306 mm × 119 mm × 101 mm |
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Gewicht |
9 5 0 g |
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Leistungsaufnahme |
24 V , 3,75 A |
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Betriebstemperaturbereich / Feuchtigkeitsbereich |
-20 ° C ~ 40 ° C , 10 % rF ~ 90 % rF |
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Verbindungsmethode |
Zwischen drahtloser und kabelgebundener Verbindung kann beliebig umgeschaltet werden (die Scangeschwindigkeit ist bei beiden gleich). |
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Drahtgebundene Übertragungsmethode |
USB 3.0 |
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Drahtloses Übertragungsverfahren |
Wi-Fi 6/802.11a/b/g/n/ac |
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Powerbank-Standard |
Die Powerbank muss dem PD-Protokoll (USB-Typ-C-Schnittstelle) entsprechen und eine Ausgangsleistung von 100 W aufweisen. |
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Empfohlene Computerkonfiguration |
System: Windows 10 und höher (Professional Edition), 64-Bit; Grafik: NVIDIA-Serie, RTX 4060 und höher (RTX 4090 und höher empfohlen); Videospeicher: ≥ 8 GB (≥ 16 GB empfohlen); Prozessor: Intel i7-13700H oder höher; Arbeitsspeicher: ≥ 64 GB |
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Suitable for industrial measurement in various scenarios
50 intersecting blue laser beams combined with real-time grid scanning for fast scanning speed and high efficiency
Suitable for industrial structural damage measurement and large component development and repair
Combined with an embedded computing module, it enables wireless scanning and measurement of large workpieces
Lightweight, ensuring long-term measurement without burden
Suitable for measuring sheet metal parts (special-shaped surfaces) and large castings
Operates in a temperature range of -20°C to 40°C, ensuring a wide range of applications
Anwendungen
Automotive Industry
3D dimensional inspection of auto parts, 3D inspection of automotive molds
Civil aviation
Full-size inspection of engine blades, component quality control, assembly and integration
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 Application Cases
Anwendungsfälle
Höhepunkte
Lightweight design, wireless scanning.
The device features a lightweight 950g design and innovative embedded edge computing modules for wireless transmission. When used with a power bank, wireless scanning is possible. (The power bank must comply with the PD protocol (USB Type-C interface) and have an output of 100W.)
Accuracy-focused, meeting requirements.
With an accuracy of 0.02mm and stable repeatability, it meets the 3D measurement requirements of the manufacturing industry.
Photogrammetry requires no coded targets.
Photogrammetry eliminates the need for coded points, ensuring accurate data capture of large objects. (Combined with photogrammetry, volumetric accuracy reaches up to 0.02mm + 0.015mm/m.)
High-efficiency scanning, prioritizing efficiency.
A total of 58 laser beams significantly improve efficiency and enable rapid scanning at speeds up to 3,460,000 points/s.
Real-time meshing for high fidelity.
Improves overall efficiency.
Four measurement modes, one machine for multiple uses.
50 intersecting blue laser beams for rapid global data scanning; 7 parallel blue laser beams for precise local detail scanning; 1 single blue laser beam for deep hole stereo data acquisition; binocular photogrammetry module for global target accuracy.
Wide material compatibility.
The blue laser has a wide range of material compatibility, allowing for straightforward scanning of black and highly reflective workpieces.
Guided software for ease of use.
The quality spectrum clearly displays data acquisition completeness; and seamless integration with subsequent 3D inspection and design software.
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