Artec Ray Artec 3D - Indicate Technologies


Lightweight and user-friendly, Artec Ray was specially 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.

SKU: ART-600010

Product Features

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.

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.

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.

Technical Specifications





Scanner type

Light Source




Alignment accuracy

Scanning rate

Color Scanning

3D Printing



Dimensions, HxDxW: 287 × 200 × 118 mm

Weight with battery: 5.74 kg

Optimal scanning distance range 

Effective working range 

Maximum single scanning area up to 

Point DIstance



Operating temperature range

Interface mode

Output formats
Laser class

Working power supply

Technical Specifications
Recommended work range:
High-Quality Mode: 1-50 m
High Sensitivity Mode: 1-110 m
Ranging error:
High Quality Mode: 0.7 mm @ 15 m
High Sensitivity Mode: <0.9 mm @ 15 m
Angular accuracy: 25 arcsecs
Range noise, 90% reflectivity:
High Quality Mode: 0.12 mm @ 15 m
High Sensitivity Mode: 0.25 mm @ 15 m
Range noise, 10% reflectivity:
High Quality Mode: 0.3 mm @ 15 m
High Sensitivity Mode: 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 Date
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

Output Formats
3D mesh formats: OBJ, PLY, WRL, STL, AOP, ASC, PTX, E57, XYZRGB
3D point cloud formats: BTX, PTX
CAD formats: STEP, IGES, x_t
Formats for measurements: CSV, DXF, XML

Power Specs and Dimensions
External power supply voltage: 14-24 V DC, 30 W
Internal battery power supply: Two Li-Ion 14 V, 49 Wh batteries power the scanner for up to 4 hours.
Power consumption: 30 W
Weight with battery: 5.74 kg

Computer Requirements
Supported OS: Windows 7, 8, 10 x 64
Minimum computer requirements: i5 or i7 recommended, 32 Gb RAM, NVIDIA GeForce 400 series


Applications Supported By Artec Scanners

Reverse engineering: Product design, Customization, 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

Product Video

Watch the product video for the Artec Ray 3D Scanner: