The Artec Ray II is Artec’s next generation of long-range 3D scanner. It captures large objects or scenes quickly and precisely from up to 130 m away. This LIDAR system delivers 3D point accuracy that meets high professional standards with best-in-angular-class accuracy.
With an impressive ultra-fast scanning speed, the Artec Ray II has many features designed to enhance the scanning experience and the quality of scan data. The 3D laser scanner is equipped with automated targetless field registration, real-time scan alignment, and a double-scan feature for the automatic deletion of moving objects.
Artec Ray II is a robust, user-friendly solution, ready for 3D scanning large objects or environments indoor and outdoor. The Lidar system has a touchscreen and mobile device interface, as well as rain and dust protection (IP54).
0.5 — 130 meters
3D point accuracy of 1.9 mm from 10 meters
Capture a full dome at highest resolution in 1.7 minutes
No details missed at a resolution of 3 mm at 10 meters.
Scan in full color with 36 megapixel 3-camera system
With the Artec Ray II, the expansive 360° to 300° field of view gives you the flexibility to capture objects from 0.5 to 130 meters away, and with high accuracy and superior quality.
Powered by two hot-swappable batteries and another two on standby, the Artec Ray II comes ready to scan for a full 8 hours. Need more time? Charge while you scan, and swap without any downtime.
When you are 3D scanning large objects or environments in an inaccessible location or at a height you can’t safely be on, control your Artec Ray II easily and from a distance with the Artec Remote App.
The Artec Ray II is water and dust protection, designed to keep particles or humidity from getting into your device.
Artec Ray II’s smart auto-removal of moving objects that may enter or exit the scene keeps all captured data focused on exactly what you need.
Track the scanner’s movement in real time with feature tracking and advanced algorithms for intuitive 3D-space navigation including Ray II’s Visual Inertial System (VIS), Altimeter, compass, and Global Navigation Satellite System.
If your device isn’t perfectly calibrated, your scanner will either automatically calibrate itself by scanning the surroundings, or let you know if further action is required.
| 3D Point Accuracy |
@10m 1.9mm
@20m 2.9mm
@40m 5.3mm
|
|---|---|
| Angular Accuracy | 0.87mm @10m (or 18″) |
| Range Accuracy | 1.0mm + 10ppm |
| Range Noise | 0.4mm @ 10m – 0.5mm @ 20m |
| Resolution (data capture) | 2 million points/second |
The wireless Artec Ray II ensures hassle-free 3D scanning with basic features accessible on the touch screen. It is as simple as pressing a button—no other computer or other device are needed during the 3D capturing process. At just 5 kg including the tripod, Ray II needs no targets and is ready for full setup in seconds.
The Artec Ray II detects even the smallest surface irregularities with Ray II’s 36 megapixel 3-camera system, with exceptional HDR texture.
Artec Ray II uses Artec Studio as the 3D scanning software for data processing. For Scan to CAD applications, upload to Artec Studio 3D scanning software to precisely position and fit your scans with CAD primitives, then export to SOLIDWORKS or other CAD software. For inspection applications, export the 3D scan data directly to Geomagic Control X for in-depth reporting and analysis.
The team at the Luxembourg Science Center wanted to digitially preserve one of Luxembourg’s national monuments called “Groussgasmaschinn” (GGM11). Built in 1938, it’s the world’s largest blast furnace gas engine. The GGM11 is also a very large and complicated object to scan with many cavities and hard-to-reach places.
The size and the complexity of the gas engine was the perfect task for the Artec Ray and the Leo. The Artec Ray was selected as the main scanner for capturing the entire engine, due to its ability to scan large objects from a distance with submillimeter accuracy. The Artec Leo wireless, portable 3D scanner was chosen as a second device, specifically for capturing high levels of detail from the smaller parts and missing, smaller, hard-to-reach sections.
A full-size, 300-million-polygon 3D model of a national monument is now preserved digitally for future generations to come. Now that a full 3D model of the GGM111 is scanned in detail, it can be used for restoration efforts. The plan is to finish the renovation of the engine by 2027-28. It will become an integral part of the Science Center with interactive stations that visitors can not only see, but interact with as well.
