Bruker SkyScan 1273 high-capacity micro-CT for materials & geological research. Complete setup & training by BlueScientific.
X-ray Micro-CT scanner, precision CT9600, is a small footprint and high-resolution 130kV microfocus X-ray CT scanning system.
SCANCO Medical AG : MicroCT Systems SCANCO Medical AG : MicroCT SystemsHighCapabilitiesScanner
Supports CT-API (through wrapper on top of PC/SC) Supports Android™ 3.1 and later1 Product Parameters USB Host Interface Protocol USB CCID Connector Type Standard Type C Power Source From USB port Speed USB 2.0 Full Speed (12 Mbps) Supply Voltage ...
0.7 - 1.1 µm, 700 - 1800 °C | thermoMETER CT ratio MICRO EPSILON The inspection system for thin glass is able to precisely check the thickness, dimension and profile. Confocal measurement in several tracks across the glass while a laser scanner ... ...
How much does a micro-CT cost? What is the difference between an in vivo micro-CT and an ex vivo micro-CT scanner? Request a Free evaluation scan to find out how micro-CT can advance your research. Visit the Micro-CT Center to learn more about the Bruker Micro-CT products.Search...
A typical micro-CT scanner uses an x-ray source and a high-resolution digital x-ray detector (Paulus et al., 2000, 2001), with two possible design geometries: (1) rotating gantry (x-ray source and detector) or (2) rotating specimen (see Figure 1(a) and 1(b)). The majority of ...
Tomoto T, Moriyoshi A (2009) Evaluation of damage to asphalt pavements using a Micro-focus CT scanner and three- dimensional crack analysis. Road Mater Pavement 10:519-543. doi:10.3166/Rmpd.10.519-543Tomoto T., Moriyoshi A., "Evaluation of damage to asphalt pavements using a micro-focus ...
We will try to correlate structural bone differences observed with the 渭CT scanner, relative to DNA isolation and IHC and IF staining of bone tissue sections with anti-B-DNA and anti-Z-DNA monoclonal antibodies. These results will better enable researchers to histotechnologically process tissue ...
A bench-top x-ray micro-CT scanner was used to evaluate a focusing x-ray optic as a means to augment micro-CT scanner performance. The optic consists of a bundle of hollow glass fibers (25 micrometer diameter) which are arranged and curved so that the optic has an 8 degree input focus...