Artec Ray 3D Scanner
$60,000.00
The Artec Ray is perfect for your large-scale engineering and inspection, offering higher detail, precision accuracy, and lower noise than the average long-range 3D scanner.
Internal ID
16653
A Uniquely Interoperable LiDAR Solution for Large-Scale 3D Scanning
With higher detail, precision accuracy, and lower noise than the average long-range scanner, the Artec Ray is an exceptionally good fit for your large-scale engineering and inspection. The Ray can scan objects as far as 100 meters away and can be repositioned as many times as needed for a practically unlimited size envelope. If you need more detail and versatility, the Ray can be combined with handheld scanners for the best of both worlds.
Technical Specifications
Scanner Type: Long-Range
3D Point Accuracy (up to): 0.7 mm at 15 m
Recommended Working Range: 1 – 50 m (high-quality mode), 1 – 110 m (high sensitivity mode)
Ranging Error: < 0.7 mm at 15 m
Ambiguity Range: 180 m
Angular Accuracy: 25 arcsecs
Speed: 208,000 points/sec
Maximum Horizontal Field-of-View: 360°
Maximum Vertical Field-of-View: 270°
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
Color: Two fully integrated 5-megapixel cameras
Min. Vertical Point Density: 12 points/degree
Max. Vertical Point Density: 80 points/degree
Min. Horizontal Point Density: 2 points/degree
Max. Horizontal Point Density: 80 points/degree
3D Point Accuracy (up to): 0.7 mm at 15 m
Recommended Working Range: 1 – 50 m (high-quality mode), 1 – 110 m (high sensitivity mode)
Ranging Error: < 0.7 mm at 15 m
Ambiguity Range: 180 m
Angular Accuracy: 25 arcsecs
Speed: 208,000 points/sec
Maximum Horizontal Field-of-View: 360°
Maximum Vertical Field-of-View: 270°
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
Color: Two fully integrated 5-megapixel cameras
Min. Vertical Point Density: 12 points/degree
Max. Vertical Point Density: 80 points/degree
Min. Horizontal Point Density: 2 points/degree
Max. Horizontal Point Density: 80 points/degree
Computer Requirements
Scanning: No computer required
Supported OS: Windows 7,8 or 10 x64
Minimum Computer Requirements: i5 or i7, 32 Gb RAM, NVIDIA GeForce 400 series
Supported OS: Windows 7,8 or 10 x64
Minimum Computer Requirements: i5 or i7, 32 Gb RAM, NVIDIA GeForce 400 series
Output Formats
3D Mesh Output: OBJ, PLY, WRL, STL, AOP, ASC, PTX, E57, XYZRGB
Power Source and Dimensions
Internal Battery: Two Li-Ion 14V, 49Wh batteries (up to 4 hours of battery life)
External Power Voltage: 14 – 24V DC, 30 W
Dimensions (HxDxW): 287 x 200 x 118 mm
Weight: 5.74 kg / 12.65 lb
External Power Voltage: 14 – 24V DC, 30 W
Dimensions (HxDxW): 287 x 200 x 118 mm
Weight: 5.74 kg / 12.65 lb
HOW CAN HAWK RIDGE SYSTEMS HELP?
With extensive real-world experience and a large 3D scanner lineup from multiple brands, the Hawk Ridge team will work with you to evaluate your specific needs and use case in order to ensure we recommend the right system for you. Our dedicated support specialists and flexible training programs will ensure you get the most from your 3D scanning investment.
SERVICES
MORE THAN JUST A PROVIDER
Not ready for an in-house solution yet? Hawk Ridge can provide scanning, scan-to-CAD, and inspection services. Our extensive fleet of scanners can tackle virtually any job, regardless of size, and our modelling experts use the industry’s most powerful tools to get the job done fast.
TRAINING
IMPROVE PERFORMANCE THROUGH TAILORED LEARNING
Every company is different, and when it comes to training for 3D scanning, one size doesn’t fit all. Hawk Ridge Systems can tailor a training plan to focus on the needs of your application.
SUPPORT
TOP-RANKED SUPPORT, COMMITTED TO YOUR SUCCESS
Our scanning support specialists are 100% dedicated to our 3D scanning applications, have passed rigorous testing standards, and have extensive experience using our scanning products in the real world.
FREQUENTLY ASKED QUESTIONS
If I’m only interested in specific features separated by distance, do I still have to do a complete 360-degree scan?
No. The Ray allows you to select as many specific areas as you’d like and scan only those areas while still retaining the relative position of each scanned area.
What resolution is the Ray?
LiDAR scanners are not ascribed specific resolutions because it varies based on distance from the object as well as adjustable capture settings like point spacing. Point spacing can be adjusted as needed to fit the desired level of detail and taking more overlapping scans will result in still higher detail.
I’ve had trouble working with point cloud formats in the past in our CAD. Will the Ray export other formats? Can it output a mesh?
Yes, the Ray operates in Artec Studio like all other Artec scanners. Point clouds can be exported in a variety of formats, or turned into polygonal meshes which can be exported in many industry standard formats like STL.
How large of objects can I scan with the Artec Ray?
The Ray has no hard size limit, the only limit is computer power. Even with relatively low computer power, data can be processed in segments.
Where is the Artec Ray made?
In Washington, USA
Does any processing happen in the cloud?
No. While Artec does offer cloud processing services that can be subscribed to, all Ray data is stored and processed locally by default.
There are people walking through the area I want to scan and we can’t shut it down. Will people walking through the area ruin the scan?
No. People walking through the area will produce areas with noise that can be easily removed later. It will not affect the integrity or accuracy of a scan.
YOU'VE GOT QUESTIONS, WE'VE GOT ANSWERS
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