Einscan H2
The EinScan H2 is a handheld 3D scanner featuring a hybrid LED and infrared light source for versatile and precise scanning. Equipped with a 5 MP texture camera and 3 VCSEL projectors, it delivers up to 0.05 mm accuracy across a large 780 × 900 mm field of view, making it ideal for detailed industrial applications and high-quality 3D capture.


Canada's Leader in 3D Innovation
EinScan H2
Hybrid LED & Infrared Light Source Handheld 3D Scanner
The EinScan H2 combines structured LED light and infrared VCSEL technology to deliver versatile, high-precision 3D scanning for a wide range of applications. Equipped with a 5 MP texture camera and three infrared VCSEL projectors, it captures intricate surface details, dark materials, and photorealistic textures with an accuracy of up to 0.05 mm. LED light enables fast, high-quality scanning, while infrared light excels at capturing dark surfaces, human bodies, and objects in bright environments, making it ideal for reverse engineering, cultural heritage preservation, art restoration, digital archiving, and orthotics and prosthetics applications.
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With an adjustable working distance of 200–1500 mm and a wide field of view up to 780 × 900 mm, the H2 accommodates both small and large objects, enabling efficient, marker-free scanning that relies on geometric features instead of markers. Its ergonomic, user-friendly design ensures comfortable operation in a variety of scanning scenarios, from narrow spaces to expansive objects.
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The scanner is paired with EXScan O&P software, which streamlines the digital capture of human body parts for orthotics and prosthetics applications, allowing precise and efficient creation of customized devices. Additionally, the H2’s professional software suite includes post-processing tools for alignment, merging, and mesh editing, ensuring a smooth workflow from scan to finished model.
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With its combination of high-resolution texture, versatile scanning modes, ergonomic design, and specialized software integration, the EinScan H2 offers a complete solution for accurate, efficient, and photorealistic 3D digitization.
