EinScan HX 3D Scanner
EinScan HX's hybrid blue laser and blue LED light sources render reliable results and are compatible with a wide range of objects.
EinScan HX Handheld 3D Scanner Key Features
Hybrid Blue Laser & LED Light- EinScan HX'sLED light scanning allows
rapid 3D scanning, while laser scanning, which is less sensitive to ambient light, gives better performance to reflective and dark color surface.
Fast Scanning - The processing speed of EinScan HX under Rapid Scan Mode is up to 1,200,000 points/s, and multiple blue laser lines under Laser Scan Mode makes scanning of most objects in minutes for reverse engineering, CAD/CAM, 3D printing, and more.
Reliable Results - EinScan H's high resolution and accuracy meet the needs of most industrial applications for reverse engineering and measuring. In laser scanning mode, its minimum point distance is 0.05mm, and its accuracy is up to 0.04mm.
Portable & Easy Operation- EinScan HX is plug-and-play with user-friendly software, making it easy to operate, for both new users and those with professional experience in 3D scanning. Its lightweight, ergonomic, and portable design makes EinScan HX a flexible, efficient, and comfortable 3D scanning solution.
- Full-color Reproduction - The built-in color camera supports full color texture capturing and tracking by texture in rapid scan mode.
EinScan HX 3D Scanner Specifications:
||Blue LED||7 Blue Laser Crosses|
|Safety||LED light (eye-safe)||CLASS I (eye-safe)|
|Scan Accuracy||Up to 0.05mm||Up to 0.04mm|
|Scan & align speed||1,200,000points/s, 20FPS||480,000 points/s 55FPS|
|Align modes||Markers, Feature, Hybrid, and Texture Alignment||Markers Alignment|
|Camera frame rate||55FPS|
|Depth of Field||200-700mm||350mm-610mm|
|Built-in Color Camera||Yes|
|Output file format||OBJ; STL; ASC; PLY; P3 ; 3MF|
|Scanner body weight
|Certification||CE, FCC, ROHS, WEEE, KC|
|System support||Win10, 64bit|
Graphics card: NVIDIA GTX1080 and higher
*Volumetric accuracy refers to the relationship between 3D data accuracy and object size; the accuracy is reduced by 0.1mm（rapid scan)/0.06mm(laser scan) per
100cm. The conclusion is obtained by measuring the center of sphere under marker alignment.
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