Shining EinScan H2 3D Scanner Hybrid LED & Infrared Light Source Handheld 3D Scanner


価格:
販売価格$5,000.00

説明

The price indicated on the webpage is not the full price. Interested buyers are welcome to chat privately.

High Texture Resolution Handheld 3D Scanner

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. Its wide scanning area and adjustable working distance make it suitable for various scenes and objects, both small and large, in narrow or wide spaces. The einscan H2 is an efficient 3D scanning tool that can revolutionize your workflow.

Major Updates

5MP texture camera

3 VCSEL projectors

Accuracy up to 0.05mm

Ultra-wide FOV and adjustable working distance


Photorealistic Texture

Captures rich, bright colors and clean textures for photorealistic 3D models.

Superior Environmental Adaptability

Provide superior material and lighting adaptability, effortlessly handling various surface types and scanning environments.

Hybrid Light Source

Dual Light source improves scanning efficiency.

LED light offers fast 3D scanning with accurate, high-quality data.

Infrared VCSEL is ideal for capturing dark surfaces, for human body scanning, and for bright-lit environments.

Ultra-wide FOV and Adjustable Working Distance

Adjustable working distance

Enables working distance adjustment from 200mm to 1500mm, to adapt to narrow or wide scenes and objects of various sizes.

FOV (Field of View) up to 780mm x 900mm

Offers flexibility in scanning volume to capture large-sized objects quickly.

Marker-free scanning

Scans rich geometric features without the hassle of markers.

Optimized for Face and Body 3D Scanning

Flashless infrared technology

Ensures optimal comfort during face and body 3D scanning.

Advanced hair enhancement algorithm

Designed to successfully capture light and dark hair.

Non-rigid algorithm in IR Mode

Captures 3D body data quickly and seamlessly, with auto-compensation of slight movements to eliminate misalignment risks.

 

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