Artec Space Spider 3D Scanner

The Artec Spider is a 3D scanner with high resolution, high accuracy and ability to see sharp edges. These features make for a perfect solution for mass production and industrial design where higher precision scanning of objects with sharp edges and intricate details is required.

The Artec Space Spider is a new and enhanced version of Artec Spider, equipped with a smart cooling system to guarantee the ideal temperature for scanning.

Artec Space Spider

Drawing on the best features of Artec Spider, this upgraded handheld 3D scanner is one step ahead of the competition – originally developed to work in space, it features new, higher grade electronics, which enable it to reach optimal operating temperatures and achieve maximum accuracy ten times faster than its predecessor and provide long-term repeatability in data capture. In Space Spider, Artec 3D scanning technology has been honed to perfection to ensure the best possible quality of scans and a truly robust device, making it possible to double our standard warranty period.

Perfect for CAD

When quality can’t be compromised, your best options are Artec Spider and Space Spider. Delivering the accuracy of up to 50 microns and resolution of up to 100 microns, both scanners render elaborate curves, sharp edges and thin ribs most faithfully to the original.

Perfect for Quality Control

Keep product quality up to industry standards with Artec scanners. Incredible precision, high accuracy and multiple measurement tools enable you to meet the most rigorous requirements for quality, eliminating manufacturing errors.

Perfect for CG

Capturing color information at 24 bpp and with the resolution of 1.3 mp, Artec scanners boast unparalleled detailing, which helps artists and animators create realistic CG scenes.

New rendering approach is perfect for Artec Scanner — Spider

Initially, scans are easier to view as a point cloud. Once fused, the surface is easier to view as a solid model.

With new smart render mode called “Points and solid” surfaces are clearly visible and identifiable. Scans are automatically displayed in the Point mode, while fusions are in the Solid mode.

Specifications
Hardware requirements
How it works
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	Artec Space Spider^TM
Ability to capture texture	Yes
3D resolution, up to	0.1 mm
3D point accuracy, up to	0.05 mm
3D accuracy over distance, up to	0.03% over 100 cm
Warm up period for achieving maximum accuracy	3 minutes
Texture resolution	1.3 mp
Colors	24 bpp
Light source	Blue LED
Working distance	0.17 – 0.3 m
Linear field of view (H x W @ closest range)	90 mm x 70 mm
Linear field of view (H x W @ furthest range)	180 mm x 140 mm
Angular field of view (H х W)	30 x 21°
Video frame rate, up to	7.5 fps
Exposure time	0.0005 s
Data acquisition speed, up to	1,000,000 points/s
Multi core processing	Yes
Dimensions (H x D x W)	190 x 140 x 130 mm
Weight	0.85 kg / 1.9 lb
Power consumption	12V, 24W
Interface	1 х USB 2.0, USB 3.0 compatible
Output formats	OBJ, PLY, WRL, STL, AOP, ASCII, PTX, E57, XYZRGB
Output format for measurements	CSV, DXF, XML
Processing capacity	40'000'000 triangles/1 GB RAM
Supported OS	Windows 7 or Windows 8 - x64
Minimum computer requirements	I5 or I7 recommended, 12-18 GB RAM, NVIDIA GeForce 400 series
Calibration	no special equipment required
Warranty	2 years

In order operate the Artec Spider your system must meet the minimum hardware requirements outline below:

	Processor: I5 or I7 recommended
	Memory: 12-18 GB
	USB Ports 1 USB 2.0 port for a regular scanner. To connect several scanners, we recommend using computers with several independent USB 2.0 hosts, or PCI-Express USB 2.0 cards
	Video Cards: NVIDIA/ATI* Recommended: NVIDIA GeForce 400 Series or better, at least 1 GB of memory.
	OS: Windows 7 or Windows 8 - x64
	Free disk space: 300 MB for installation

Not Supported:

Windows XP
Windows Vista
32-bit OS
Intel graphics cards
FirePro M6100 FireGL V

Not Recommended:

Xeon processors
SLI configuration
NVIDIA Quadro series
AMD processors

Please Note

You will need to register at my.artec3d.com to activate your 3D scanning device.

Read our comprehensive guide helping to choose the right computer

Shoot
1 \| Press the Button Point the scanner at the object and press the button. The scanning process will begin immediately. It’s that simple. Should something go wrong, audible and visual aids will guide you through the process, and ensure that you are scanning correctly.
2 \| Move the Scanner Move the scanner around the object. Real-time surface alignment gives you a good understanding of what has been scanned so far and what still needs scanning. Do not worry if you can’t get to a certain area of the object — you will be able to return to it later.
3 \| Make Scans Make as many scans as needed to capture the whole object. If you need to turn the object over to acquire all sides of it, scan the whole first side, then stop, turn the object over and scan the other side.
Process
1 \| Align Scans Align all your scans together to get the full model. If something is missing, just scan that part again. To perfectly align many scans use our new optimizations algorithm. You can also place your model to the origin of a coordinate system.
2 \| Fuse Scans into One 3D Model Fuse all scans together to get a single triangulated mesh. Our Fusion algorithm will do it quickly.
3 \| Smooth & Optimize You can optimize the grid, fill holes and smooth a surface. Many different tools are available.
4 \| Texturize Apply texture to your object automatically, with a click of mouse. The newest algorithms fully utilize the power of your CPU, so you may want to get the best one.
Export
Export the result Export the result into one of several 3D formats (VRML, Obj, STL, Ply, Ascii, AOP, E57, PTX, E57, PTX) to work with a variety of 3D applications available on the market, such as Autodesk Maya, 3DMax, Autocad, Pixologic ZBrush, Blender, XSI, Mudbox, Geomagic, Rapidform and many others. Moreover, you can export measurement data into a CSV file and print it.

Shoot
1 \| Press the Button Point the scanner at the object and press the button. The scanning process will begin immediately. It’s that simple. Should something go wrong, audible and visual aids will guide you through the process, and ensure that you are scanning correctly.
2 \| Move the Scanner Move the scanner around the object. Real-time surface alignment gives you a good understanding of what has been scanned so far and what still needs scanning. Do not worry if you can’t get to a certain area of the object — you will be able to return to it later.
3 \| Make Scans Make as many scans as needed to capture the whole object. If you need to turn the object over to acquire all sides of it, scan the whole first side, then stop, turn the object over and scan the other side.
Process
1 \| Align Scans Align all your scans together to get the full model. If something is missing, just scan that part again. To perfectly align many scans use our new optimizations algorithm. You can also place your model to the origin of a coordinate system.
2 \| Fuse Scans into One 3D Model Fuse all scans together to get a single triangulated mesh. Our Fusion algorithm will do it quickly.
3 \| Smooth & Optimize You can optimize the grid, fill holes and smooth a surface. Many different tools are available.
4 \| Texturize Apply texture to your object automatically, with a click of mouse. The newest algorithms fully utilize the power of your CPU, so you may want to get the best one.
Export
Export the result Export the result into one of several 3D formats (VRML, Obj, STL, Ply, Ascii, AOP, E57, PTX, E57, PTX) to work with a variety of 3D applications available on the market, such as Autodesk Maya, 3DMax, Autocad, Pixologic ZBrush, Blender, XSI, Mudbox, Geomagic, Rapidform and many others. Moreover, you can export measurement data into a CSV file and print it.