The EinScan HX2 is a professional handheld 3D scanner that uses a hybrid light source: 13 crossed blue laser lines plus a blue LED. This hybrid design lets it handle a wide variety of surfaces — including dark, reflective, or complex geometries — with high precision. It’s built for speed and detail: in laser mode, it captures very fine geometry, while in LED “rapid scan” mode it works without markers for fast, efficient scanning. The scanner is well-suited for reverse engineering, CAD/CAM, quality inspection, 3D printing, and other industrial or design workflows.
Features
Hybrid Blue Laser & LED Light The EinScan HX2 continues the innovative integration of hybrid blue laser and LED light technology, enhancing material adaptability for a broader range of applications. The advanced blue laser captures complete data from black and reflective surfaces with exceptional surface and environmental adaptability, now with 13 laser lines for more fast and detailed scans. The efficient LED light scanning requires no markers, enabling rapid 3D scanning without preparation. High Efficiency The EinScan HX2's laser scan mode reaches 1,600,000 points/s and 120 FPS, enabling rapid scans for reverse engineering, CAD/CAM, and 3D printing. It scans most objects in minutes, ensuring superior efficiency and productivity in all your 3D scanning projects. High Accuracy & Detail The EinScan HX2 meets the rigorous demands of industrial applications for reverse engineering and precise measurement. -Minimum point distance of 0.05 mm -Accuracy up to 0.04 mm under laser mode Portable & Easy Operation The EinScan HX2 excels in portability and ease of use with its ergonomic design and lightweight build at just 745g. Perfect for both beginners and professionals, its plug-and-play functionality and user-friendly software make 3D scanning efficient and comfortable, anywhere you go Full Color With a built-in color camera, it supports full-color texture capturing and tracking in rapid scan mode. BlueStar Mapping further simplifies photorealistic texture mapping