Shimadzu XSeeker 8000 is designed for simplicity
The new user-friendly XSeeker 8000 benchtop X-ray CT system enables high functionality with a small footprint.
Shimadzu Scientific Instruments (Columbia, Md., U.S.) introduces the XSeeker 8000 benchtop X-ray computed tomography (CT) system, reported to be one of the smallest and lightest instrument in its X-ray output class.
Despite its compact frame, the XSeeker 8000 can hold samples with a diameter up to 11.8" and a height of 12.6". The XSeeker 8000 features a 160-kV high-output X-ray source that enables observations of thick, hard-to-penetrate plastic parts, as well as aluminum die-cast and other metal components.
The newly developed XSeeker control software provides user-friendly operation and high throughput. Users can begin conducting observations in three steps, the company notes. The XSeeker 8000 has four preset scan conditions. These four options incorporate a combination of material density and CT image quality settings. The standard software includes cross-sectional and 3D volume rendering viewers, enabling more intuitive observations coordinated with the cross-sectional display function.
According to Shimadzu Scientific Instruments, a single scan can be completed in as little as 12 seconds thanks to the proprietary CT image reconstruction algorithm. All processes of repetitive scanning in inspection applications — from start of scanning to observing cross-sections of interest — are available at the push of a single button.
Related Content
-
Jeep all-composite roof receivers achieve steel performance at low mass
Ultrashort carbon fiber/PPA replaces steel on rooftop brackets to hold Jeep soft tops, hardtops.
-
Optimized approach to predict delamination failure in CFRTP structures
ARRK Engineering and Mitsui Chemicals improved delamination prediction accuracy to help optimize absorbed energy/failure load for an overmolded TAFNEX CF/PP UD tape bumper beam.
-
Composite sidewall cover expands options for fire-safe rail components
R&D project by CG Rail explores use of carbon fiber-reinforced thermoplastics and recycled manufacturing scrap to meet fire safety, weight and volume targets.