Einstar 3D scanner


Technical specifications
- Scanning mode: structured
- light - Distance between points: 0.1 mm to 3 mm
- Light source: infrared VCSEL structured light
- Working distance: effective working distance: 160 mm - 1400 mm; optimum working distance: 400 mm
- Field depth: 160 mm - 1400 mm
- Maximum field of view: 434 mm x 379 mm (at optimum working distance)
- Scanning speed: 980,000 ppi, up to 14 frames per second
- Alignment methods: feature alignment, hybrid alignment, texture alignment, global markers
- Safety: eye-safe
- Texture scanning: yes
- Outdoor scanning: yes
- Interface: USB 2.0 or higher
- Output formats: OBJ; STL; PLY; P3; 3MF
- Scanner size: 220 mm x 46 mm x 55 mm
- Carrying case size: 245 mm x 245 mm x 90 mm
- Scanner housing weight: 500 g
Description
EinScan is a powerful and versatile 3D scanner that allows you to easily and accurately capture 3D models of different objects. Using different scanning modes and customisable settings, EinScan can create high-quality 3D models with detail and texture. With its compact and portable design, EinScan is suitable for use in the field or in the lab, and enables fast and efficient data processing for a variety of applications such as design, engineering or education.
Instructions for safe working
Correct installation and use:
- Before using the EinStar scanner, make sure you have read and understood the installation and operating instructions as given in the enclosed user manual.
- Follow all safety instructions and manufacturer's guidelines.
Use in a suitable environment:
- Only use the EinStar scanner in a suitable environment that is sufficiently light and spacious to avoid collisions or injury during use.
- Check that there are no obstacles or dangerous objects near the scanner.
Correct installation of the building:
- Before scanning an object, make sure it is correctly positioned and stable.
- Check that the object is far enough away from the scanner and that it is not moving or unstable during the scanning process.
Avoiding direct contact:
- Avoid direct contact with optical components such as lenses or sensors while the scanner is in operation to prevent damage or malfunction.
Correct handling of cables and power supply:
- Make sure that cables and power leads are not stretched or twisted and are securely installed to prevent possible damage or interference during operation.

