SkyScan 1173 Micro-CT
Micro CT Scanner with 2D/3D Image Analysis and Realistic Visualization
The SkyScan 1173 is a high energy microtomography (micro-CT) scanner for large and dense objects and also has the flexibility to image low dense materials. The SkyScan 1173 Micro CT system includes a newly developed 130kV microfocus X-ray source with improved stability of focal spot position, a large format (>5Mp) flat panel sensor with special protection by lead-glass fiber-optic window for long lifetime under high-energy X-ray, a precision object manipulator for large (up to 140mm) and heavy (several kg) objects with embedded micropositioning stage.
Introduction to X-ray Microtomography (Micro-CT)
Microtomography uses a similar technique as X-ray tomography systems used in medicine (CT Scans) but with much finer resolution. Multiple 2D X-ray images are stored while either the sample or the source / detector pair is rotated. Internal structures are reconstructed as a series of 2D cross sections (up to 2240 in a single scan) which are then used to analyze the two and three dimensional morphological parameters of the object. The process is nondestructive and requires no special preparation of the specimen. For comparison, medical CT systems have pixel sizes in the range of 1mm, the Skyscan 1173 Microtomograph can acquire images with 4 micron pixel size.
To request a brochure that introduces micro-CT and the Skyscan products
Call Ben at (610) 366-7103 or email: email@example.com
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- Spiral scan suppresses ring artifacts
- Maintenance-free 130 kV X-ray source
- Distortion-free 5Mp flat panel detector
- Better than 7 micron 3D spatial resolution
- 140 mm maximum object diameter
- Integrated micro-positioning stage
- Scanning during compression, tension, cooling, heating using optional stages
- 2D/3D image analysis and realistic visualization
- X-ray source
40-130kV, 8W, <5µm spot size
- X-ray detector
distortion-free Flat Panel sensor 2240x2240 pixels, 12-bit.
- Maximum object size
140mm in diameter, 200mm in length (100-140mm scanning length)
- Spatial resolution
<4-5µm detail detectability, 7-8µm low-contrast resolution
single PC or cluster volumetric reconstruction (Feldkamp algorithm)
- Optional stages
cooling, heating, compression / tension
- Radiation safety
<1µSv / h at any point on the instrument surface