EinScan H2
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Hybrid LED & Infrared Light Source Handheld 3D Scanner |
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The EinScan H2 improves on its predecessor with a 5MP resolution texture camera, enhanced accuracy, and 3 infrared VCSEL projectors for more photorealistic textures and better-quality data.
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| Hybrid Light Source
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Photorealistic Texture
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High-quality Data
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| Ultra-wide FOV
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Optimized for Face & Body 3D Scan
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User-friendly Design
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Hybrid Light SourceThe EinScan H2 utilizes both structured light and infrared light for scanning. It helps to handle a variety of scanning scenarios, including capturing the details of objects with complex surfaces and dark materials
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Photorealistic TextureEquipped with a 5Mp color camera enables it to capture rich, bright colors and clean textures along with 3D geometry for photorealistic 3D models. It is useful for applications in cultural heritage preservation, art, and digital archiving.
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High Quality DataLED light offers fast 3D scanning with accurate, high-quality data. The accuracy is up to 0.05mm, making it suitable for a wide range of applications for reverse design. Infrared light makes it to scan dark surfaces much easier, ensuring the integrity of 3D scanning in high-quality results.
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Ultra-wide FOV and Adjustable Working DistanceAdjustable working distanceEnables working distance adjustment from 200 mm to 1500 mm, to adapt to narrow or wide scenes and objects of various sizes. FOV (Field of View) up to 780 x 900mmOffers flexibility in scanning volume to capture large-sized objects quickly. Marker-free scanningScans rich geometric features without the hassle of markers.
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User-Friendly DesignThe EinScan H2 delivers a professional easy-to-use 3D scanning interface and provides post-processing tools including aligning, merging, and mesh editing.
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FootStation 2 Add-onThe newly developed FootStation 2 accelerates and simplifies foot scanning by capturing instep and sole data simultaneously using a mirror, saving time with automatic alignment. It suits application in foot orthopedics and the customized footwear industry. |
What You Can Achieve with Einscan H2
Discover the ways in which integrating our scanners into your workflow can enhance efficiency and help you achieve remarkable results.
Cultural Creation & Art Customization
With a 5MP-texture camera, EinScan H2 preserves artifacts and landmarks with remarkable detail and color, and accurately digitizes them into immersive 3D models, ensuring their legacy endures with precision and authenticity.
Medical & Basic Research
With non-contact 3D scanning, it can capture complete 3D data with the texture of the human body to perform injury analysis or protective gear design.
Research & Education
EinScan H2 enriches educational experiences and accelerates research by effortlessly digitizing objects into detailed 3D models, fostering innovation in 3D printing, and product prototype design.
Automotive
With a large and adjustable scanning frame and 5MP texture camera, EinScan H2 can scan automotive parts with excellent data integrity and texture quality for parts design.
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Software comes with EinScan H2 is EXScan H. It is praised for its unique feature for smooth scanning in human body scans, ease of use, and effectiveness in producing high-quality 3D models.
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Step-by-step GuidanceEXScan H software will guide you through the 3D scanning process, from calibration to 3D scanning and data editing.
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Multiple Scan ModesEXScan H supports multiple scan modes, such as white light scan, IR scan Portrait, and IR scan Object, catering to different scanning needs, and allowing users to choose the appropriate mode easily and freely.
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Color and Texture CaptureWith built-in 5MP color cameras, EXScan H is capable of capturing high-resolution color and texture data. Texture alignment is very useful when the scanning target is with rich color but less geometry.
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Optimized for Face and Body 3D ScanningAdvanced hair enhancement algorithmDesigned to effortlessly capture both light and dark hair. Non-rigid algorithm in IR ModeCaptures 3D body data quickly and seamlessly, with auto-compensation of slight movements to eliminate misalignment risks.
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