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Artec Space Spider - Portable Scanner

Reverse Engineering, Quality Control, Product Design, and Manufacturing


 


THE BEST INDUSTRIAL 3D SCANNER

The new generation of metrology-grade scanners with automatic temperature stabilization for high-precision scanning.

These powerful 3D scanning tools significantly accelerate workflow processes, making it easier to obtain the required data and create customized automated capture solutions.

 

The Space Spider, a new and improved instrument for CAD users and engineers, is perfect for capturing small objects or intricate details of large objects with exceptional accuracy and vivid colors.

 

The scanner’s ability to capture complex geometries, sharp edges, and thin ribs places Artec technology on another level.

 

    • It is ideal for scanning objects such as molded parts, PCBs, keys, coins, or even a human ear.

    • Then export the final 3D model directly into CAD software.

 

The seamless export of 3D models to a wide variety of widely used CAD and CAM software allows users to perform diverse quality control tests, obtain critical measurements, and acquire data necessary for reverse engineering, object integration, and more.

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Originally designed to meet Space Station specifications, this next-generation 3D scanner features powerful temperature stabilization and advanced electronics, which not only allow it to achieve maximum accuracy in just three minutes, but also ensure high long-term repeatability in data capture, since the Space Spider’s accuracy is not affected by fluctuations in environmental conditions.

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Artec 3D scanning technology has been refined to perfection in the Space Spider to guarantee the highest possible scan quality and a truly robust device, making it possible to double the standard warranty period. 

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Integrated with Artec Studio software, it is ideal for users who require absolute precision such as engineers and industrial designers, reverse engineering specialists, quality control professionals, product designers, and more.

 

 

 

 

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Technical Specifications:

 

  • HD Mode: N/A

     

  • Hybrid geometry and texture tracking

     

  • Data processing algorithms based on geometry and texture

     

  • Working distance: 0.2 – 0.3 m

     

  • Volume capture zone: 2,000 cm³

     

  • Linear field of view, Height × Width @ closest range: 90 × 70 mm

     

  • Linear field of view, Height × Width @ farthest range: 180 × 140 mm

     

  • Angular field of view Height × Width: 30 × 21°

     

  • Texture capture capability

     

  • Texture resolution: 1.3 MP

     

  • Colors: 24 bpp

     

  • 3D reconstruction rate for real-time fusion: up to 7.5 fps

     

  • 3D reconstruction rate for 3D video recording: up to 7.5 fps

     

  • Data acquisition speed: up to 1 million points/sec

     

  • 3D exposure time: 0.0002 s

     

  • 2D exposure time: 0.0002 s

     

  • 3D light source: Blue LED

     

  • 2D light source: 6 white LED array

     

  • Display / touchscreen: USB streaming through external computer

     

  • Compatible operating system: Windows 7, 8, or 10 x64

     

  • Recommended hardware requirements: Intel Core i7 or i9, 32 GB RAM, GPU with 2 GB VRAM

     

  • Minimum hardware requirements: Intel Core i5, i7, or i9, 18 GB RAM, GPU with 2 GB VRAM

 

 

Science, Art, Design, Education, Healthcare, Industrial Design, and Manufacturing

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  • Artec Studio software includes Autopilot, which expertly guides you through the entire post-processing workflow and automatically selects the best algorithm for your data, allowing you to watch your high-precision model come to life before your eyes. An advanced intelligent mode guides users through scanning and data processing in just a few simple steps

 

  • Answer a few simple questions about the object you scanned, and Artec’s advanced 3D imaging software will select the most effective 3D algorithms for your data and generate a high-precision model ready for professional application.

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El escaneo 3D es el proceso de capturar la forma física de un objeto o entorno del mundo real para crear una representación digital tridimensional. Los escáneres utilizan tecnologías como el láser o la luz estructurada para recopilar datos de la geometría y, a menudo, del color o la textura de un objeto, que luego se procesan para formar una "nube de puntos" y se usan para construir modelos 3D. Este proceso tiene aplicaciones en diversas industrias, como la fabricación, la salud, la arqueología y el entretenimiento.