Einstar H2 features
Hybrid Light Source
Photorealistic Texture
High-Quality Data
Ultra-Wide FOV
Optimized for Face & Body 3D Scan
User-Friendly Design
Hybrid Light Source
The EinScan H2 combines structured light and infrared technology, making it versatile for a wide range of scanning scenarios. It captures the intricate details of complex surfaces and dark materials with precision.
- LED light enables fast 3D scanning with accurate, high-quality data.
- Infrared VCSEL is ideal for capturing dark surfaces, the human body, and objects in bright-lit environments.
Photorealistic Texture
Equipped with a 5MP color camera, the EinScan H2 captures vibrant colors and detailed textures, combining them with precise 3D geometry to produce photorealistic 3D models. It’s an ideal 3D scanner for cultural heritage preservation, art restoration, digital archiving, and other applications requiring high-quality textures.
High-Quality Data
The LED light modes enable fast 3D scanning with high precision, delivering data with an accuracy of up to 0.05mm—ideal for applications such as reverse engineering. The infrared light mode simplifies the scanning of dark surfaces, ensuring complete and high-quality results even in difficult conditions
Versatile, Marker-Free Scanning
The working distance adjusts from 200 mm to 1500 mm, making it versatile for both narrow and wide scenes, as well as objects of varying sizes. Its wide field of view, up to 780 × 900 mm, enables quick and efficient capture of large objects. Additionally, the marker-free scanning feature simplifies the process by using rich geometric features, eliminating the need for markers.
User-Friendly Software
The EinScan H2 provides a professional yet easy-to-use 3D scanning interface. It includes powerful post-processing tools, such as alignment, merging, and mesh editing, to ensure a smooth workflow from scan to finished model.
EXScan O&P Software
EXScan O&P is a specialized software designed for seamless integration with the EinScan H2, supporting multiple scan modes, streamlining the digital capture process of different parts of human body for orthotics and prosthetics (O&P) applications.
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