Artec Ray
High accuracy long-range laser 3D scanner, ideal for precise capture of large objects.
The fastest and most accurate long-range 3D scanner with laser technology for precise capture of large objects such as wind turbines, ship propellers, airplanes and buildings. Producing 3D scans of the highest quality, Artec Ray scans with submillimeter distance precision and best in class angular accuracy. As a result, data capture is noticeably cleaner than that from other 3D laser scanners, with noise levels at an absolute minimum. This speeds up post-processing significantly, making it a hassle free job.
Scan up to 110 m away with this professional LIDAR solution.
Submillimeter accuracy
Scan large vehicles, pipes or buildings.
Ideal for reverse engineering and inspection
Ultra-high precision, fast laser 3D scanner with submillimeter precision to ensure you capture every detail
Cleanest 3D data capture for minimum post-processing time
Ideal for reverse engineering, inspection and construction. Scan large objects both indoors and outdoors!
Easy 3D scanning
Lightweight and user-friendly, Artec Ray was especially designed to ensure you get the most out of this powerful 3D laser scanner, whether it is getting the 3D measurements for quality control of a large industrial object or creating an accurate 3D model for heritage preservation. With no need for any lengthy preparations, you can 3D scan almost anything by simply mounting your Artec Ray on a tripod in front of your object and pressing a button!
Accessible and convenient 3D data capture
Portable and compact, this versatile long-range LIDAR solution is the latest in 3D laser scanning. An inbuilt battery lets you scan both indoors and outdoors for up to 4 hours, without a need for a power source nearby, making this a perfect solution for onsite 3D scanning.
Advanced software compatibility
3D scan and process data directly in the powerful Artec Studio software with a wide range of comprehensive tools available, then seamlessly export to Geomagic Design X at the touch of a button to make the most out of your 3D laser scanning experience.
Control Artec Ray with your phone or tablet
Using the Artec Remote app, you can easily scan all angles of a large object without being tethered to a computer. The scanning process can be controlled by any mobile device or tablet via WiFi. The Artec Remote is available for iOS and Android.
The full 3D scanning package
Pair Artec Ray with an Artec handheld 3D scanner, such as Eva or Spider, to effortlessly capture difficult to reach areas, e.g. the interior of a car, or to add intricate detail to a large-scale 3D model. The smart combination of Ray’s long-range 3D scanning capabilities along with the convenience and precision of all of Artec’s handheld 3D scanners ensures limitless 3D scanning potential.
Artec Ray technical specs
|
Range |
Up to 110 m |
|
Ranging error |
<0.7 mm @ 15 m |
|
Angular accuracy |
25 arcseconds |
|
Range Noise, 90% reflectivity |
0.12 mm @ 15 m |
|
Range Noise, 10% reflectivity |
0.3 mm @ 15 m |
|
Color |
Two fully integrated 5 megapixel cameras |
|
Weight |
Under 5 kg |
Reverse engineering
- Product design
- Customisation
- 3D documentation
Industrial design and manufacturing
- Reverse engineering
- Quality control
- Rapid prototyping
- Aerospace
Healthcare
- Orthopedics
- Prosthetics
- Plastic surgery
- Custom wheelchairs
Science and education
- Research
- Training
- Online museums
Art and design
- Heritage preservation
- Architecture
- CGI
- Fashion
Learn more about Artec Ray
| Specifications
|
High Quality Mode | High Sensitivity Mode |
| Recommended Work Range
|
1-50 m | 1-110 m |
| Ranging error
|
0.7 mm @ 15 m | <0.9 mm @ 15 m |
| Angular accuracy
|
25 arcsecs | |
| Range noise, 90% reflectivity
|
0.12 mm @ 15 m | 0.25 mm @ 15 m |
| Range noise, 10% reflectivity
|
0.3 mm @ 15 m | 0.7 mm @ 15 m |
| Speed, points/second
|
208,000 | |
| Scanning modes
|
Autonomous or via USB | |
| Color
|
Two fully integrated 5 megapixel cameras | |
| Field-of-view per scan
|
||
| Horizontal (maximum)
|
360° | |
| Vertical (maximum)
|
270° | |
| System specifications
|
||
| Scanner Type
|
Phase shift, Hemispherical Scanner with 360° × 270° field of view | |
| Distance Measurement Method
|
Phase shift | |
| Laser Wavelength
|
1550 nm | |
| Laser Type
|
Continuous Wave | |
| Laser Class: (IEC EN60825-1:2007)
|
Class 1 | |
| Internal Coordinate Representation Unit
|
0.001 mm | |
| Angular position data
|
||
| Beam diameter at Aperture
|
3 mm | |
| Internal Angular Representation Unit (vertical/horizontal) |
1 arcsec | |
| Scan density control: software selectable
|
||
| Min. Vertical Point Density
|
12 points/degree | |
| Min. Horizontal Point Density
|
2 points/degree | |
| Max Vertical Point Density
|
80 points/degree | |
| Max Horizontal Point Density
|
80 points/degree | |
| Physical dimensions and weight
|
||
| Weight with battery
|
5.74 kg | |
| Dimensions L × H × W
|
287 × 200 × 118 mm | |
| Power specifications
|
||
| External power supply voltage
|
14-24 V DC, 30 W | |
| Internal battery power supply
|
Two Li-Ion 14 V, 49 Wh batteries, powers the scanner for up to 4 hours. | |
| Power consumption
|
30 W | |
| Computer requirements
|
||
| Supported OS
|
Windows 7, 8 or 10 – x64 | |
| Minimum computer requirements
|
i5 or i7 recommended, 32 Gb RAM, NVIDIA GeForce 400 series | |
