The SkyScan 1276 is a high performance, stand-alone, fast, desk-top in vivo micro-CT with continuously variable magnification for scanning small laboratory animals (mice, rats, ...) and biological samples. It has an unrivalled combination of high resolution, big image size, possibility for round and spiral (helical) scanning and reconstruction, and low dose imaging.
Advanced MRI coil technology delivers highest sensitivity in rat brain in vivo imaging
The new SkyScan 1278 micro-CT system for in vivo imaging is addressing the needs of scientists working in the exciting areas of physiological response to disease and regenerative medicine. Many researchers strive to reduce the levels of radiation used in animal studies. Lower levels reduce the risk of associated complications, but any system that offers this advantage must not compromise on the quality of images produced.
The third generation of true and proven trimodal hybrid imaging, the Albira Si is more powerful and easier to use than ever, redefining what you can expect and supporting your research to achieve new levels in nuclear medical imaging and theranostics.
Highest molecular sensitivity combined with excellent MRI contrast and resolution
Integrated best in class PET and CT imaging technologies, combined with the simplified workflows of gold-standard preclinical imaging software packages ParaVision 360 and PMOD, the Bruker PET/CT Si 78 is a high-end solution designed for outstanding 24/7 imaging services at predictable costs. The Si 78 provides seamless integration into nuclear molecular and medical imaging research labs and preclinical imaging core facili…
Compact yet unlimited PET/MR research possibilities at translational field strength - ready to be installed in small spaces using Maxwell magnet technology.
Bruker’s established solution for simultaneous multi-mouse PET/MR is extended for small bore systems, now supporting bore diameters from 17 to 40 cm and field strength from 3T to 9.4T. Have a look in 3D – and measure in 4D.
The new PET Inline Module unfolds the power of functional molecular imaging with multiparametric molecular imaging beyond PET quantification based on excellent morphological contrast.
