Artec Ray II 3D Scanner

3D Scanners / Artec

Lightning-fast long-range 3D scanner for professional captures with high accuracy

With the high-accuracy, long-range, wireless Ray II laser 3D scanner you can precisely and rapidly capture large to massive objects, scenes or areas, and from up to 130 m away. It provides 3D point accuracy that meets professional standards and delivers top-notch precision.

This scanner is perfect for capturing detailed scans of massive objects like wind turbines, ships, airplanes, bridges, factories, crime scenes, or archeology sites. Its LiDAR technology ensures high-quality scans, making it suitable for tasks such as reverse engineering, inspection, creating digital replicas, documenting crime scenes, or assessing changes in civil infrastructure over time.

Features & Benefits

Lightning fast and long range

Technical Specifications

DescriptionSpec
3D point accuracy1.9 mm @ 10 m, 2.9 mm @ 20 m, 5.3 mm @ 40 m
Angular accuracy18" (0.87 mm @ 10 m)
Range accuracy1.0 mm + 10 ppm
Resolution3 user selectable settings: 3 / 6 / 12 mm @ 10 m
Range noise¹ ²0.4 mm @ 10 m, 0.5 mm @ 20 m
Field of view 360° (horizontal) / 300° (vertical)
Range0.5 — 130 m
3D capture rate Up to 2,000,000 pts/sec
Scanning time without texture @ 10 m1.7 min @ 3mm resolution, 0.85 min @ 6mm resolution, 0.4 min @ 12mm resolution
Scanning time with texture @ 10 m2.7 min @ 3mm resolution, 1.9 min @ 6mm resolution, 1.4 min @ 12 mm resolution
Camera 36 MP 3-camera system captures 432 MPx raw data for calibrated 360° × 300° spherical image
HDRAutomatic, 5 brackets
On scanner Touchscreen control with finger touch, full color WVGA graphic display 480 × 800 pixels
Mobile devices Artec Remote app for iOS and Android tablets and smartphones including: Remote control of scan functions, Settings selection, Launch scanning
Real time registration Automatic point cloud alignment based on real time tracking of scanner movement between setups based on Visual Inertial System (VIS) by video enhanced inertial measurement unit
Automatic removal of moving objectsDelete captured data of moving objects using Double Scan
Check & AdjustField procedure for targetless checking of angular parameters
Visual Inertial SystemsVideo enhanced inertial measuring system to track movement of the scanner position relative to the previous setup in real time
TiltIMU based, Accuracy: 18" (for upright and upside down setups with +/- 10° inclination)
Geolocation sensorsAltimeter, Compass, Global Navigation Satellite System
WirelessIntegrated wireless LAN (802.11 b/g/n)
Data storageAS256, 256 GB exchangeable USB 3.0 flash drive
Scanning technology Time of flight enhanced by Waveform Digitising (WFD) technology
Laser class 1 (in accordance with IEC 60825-1:2014), 1550 nm (invisible)
Dimensions120 mm × 240 mm × 230 mm / 4.7" × 9.4" × 9.1"
Weight5.35 kg / 11.7 lbs, nominal (without batteries)
Mounting mechanismQuick mounting on 5/8" stub on lightweight carbon tripod or tripod adapter
Internal battery 2 × AEB364 internal, rechargeable Li-Ion batteries, Duration: Typically up to 4 hours, Weight: 340 gr. per battery
ExternalGEV282 AC adapter
Operating temperature -5° to +40°C
Storage temperature-40° to +70°C
Operating low temperatures³-10° to +40°C
Dust/Humidity⁴Solid particle/liquid ingress protection IP54 (IEC 60529)

1 At 89% albedo
2 For single-shot measurements
3 Extended low temperature operation is possible to -10°C if internal temperature is at or above -5°C when powered on. For extended low temperature measurement, it is recommended that QA procedures are followed.
4 For upright and upside down setups with a +/- 15° inclination

Industry-standard handheld 3D scanner

The Artec Eva 3D scanner is widely used in various industries for its user-friendly interface, fast scanning speed, and accurate results. It is a valuable tool for applications such as rapid prototyping, quality control, computer-generated imagery (CGI), heritage preservation, automotive, forensics, medicine, prosthetics, and aerospace. This versatile device helps industries improve customization, innovation, and efficiency.