EinScan H

EinScan H w/Solid Edge Shining 3D Edition

EinScan

  • $6,195.00
Shipping calculated at checkout.



  • Impressive high resolution for fine details

  • Handle dark and casting metal surface with less limitations

  • Fast scan speed for high efficiency

EinScan H and EinScan HX Hybrid Light source Handheld 3D Scanners innovatively integrate the proven EinScan LED light scanning technology with a second light source predestining the devices for a broader range of challenging applications.

Hybrid structure light source technology integrating LED structured light and invisible infrared light into one device and adding advanced smart presetting in different scan modes allows 3D scanning in a broad range of applications and promotes the popularization of portable 3D scanning technology.

 

EinScan H Specifications:
Scan Mode Standard Scan Body Scan Face Scan
Light Source White Light, visible White Light, visible Infrared light, invisible
Safety LED light(eye-safe) LED light(eye-safe) CLASS 1 (eye-safe)
Scan Accuracy Up to 0.05mm Up to 0.05mm Up to 0.6mm
Volumetric Accuracy* 0.05+0.1mm/m 0.05+0.1mm/m /
Scan & Align Speed 1,200,000points/s, 20FPS 1,200,000points/s, 20FPS 720,000points/s, 20FPS
Camera Frame Rate 55FPS
Align Modes Markers Alignment, Feature Alignment, Hybrid Alignment, Texture Alignment Feature Alignment Feature Alignment
Working Distance 470mm
Depth of Field 200-700mm 200-700mm 200-1500mm
Maximum FOV 420mm*440mm 420mm*440mm 780mm*900mm
Point distance 0.25mm-3mm 0.5mm-3mm 0.5mm-3mm
Built-in Color Camera Yes
Color Scanning Support
Connection Standard USB3.0
Output Formats OBJ;STL;ASC;PLY;P3;3MF
Dimensions 108mm*110mm*237mm
Weight 703g
Certifications CE,FCC,ROHS,WEEE,KC
Recommended Configuration OS:Win10, 64 bit; Graphics card: NVIDIA GTX1080 and higher; Video memory: ≥4G; Processor: I7-8700; Memory: ≥32GB
* Volumetric accuracy refers to the relationship between 3D data accuracy and object size; the accuracy is reduced by 0.1mm per 100cm (standard scan & body scan). The conclusion is obtained by measuring the center of sphere under marker alignment.

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