Used BRUKER Albira #9199350 for sale

ID: 9199350
Imaging system PET System (2) rings: (8) Detectors per ring SPECT System: (2) GAMMA S102 Cameras SPECT Electronics: Single pinhole collimator Multiplex multi-pinhole (5 Pin hole configuration) collimator CT System: Microfocus X-ray source: 10-50 kVp Digital X-ray detector: 2400 x 2400 Single ring gantry Workstations: On board acquisition computer ADLINK cPCI 6965D / T75 / M4G DELL Workstation precision T5500 (2) INTEL Xeon X5620 (2, 4GHz, 12MB, 4C) 12GB DDR3-1333 MHz ECC-RDIMM (6x2 GB) (2) Hard Disk Drives (HDD): 146 GB, SAS (15,000 RPM) (RAID-0) nVIDIA Quadro FX580-512 MB Operating system: Windows 7 Storage system: 64 bits Poweredge T610 INTEL Xeon X5503 (2,0GHz, 4MB, 2C) 4GB DDR3-1333MHz UDIMM (2) Hard Disk Drives (HDD): 146 GB, SAS 6Gbps, 10Krpm RAID-1 (3) Hard Disk Drives (HDD): 1 TB, SAS 6Gbps, 7200rpm RAID-5 (2) Monitors.
BRUKER Albira is a high-performance, compact imaging equipment for scientific research, integrating high-end optics, advanced electronics, and a unique 3D controller. This innovative system includes a high-speed cryostat (a device used to cool samples to extremely low temperatures) as well as a very sensitive low-noise X-ray detector. The unit is designed for a wide range of imaging and tomographic applications that require extremely short scan times, optimal signal-to-noise ratios, and excellent resolution. Albira is an excellent choice for medical and life sciences researchers that operate under tight deadlines and with a strict budget. It can be used for many applications, including CT (Computerized Tomography) scanning, optical imaging, bio-imaging, and spectroscopy. Since it is a highly sophisticated imaging machine, it has an extensive range of features. The tool is equipped with a top-of-the-line detection asset that consists of an FFC (Focal Plane Camera) that guarantees an exceptional signal-to-noise ratio, a detector with two cryogenic channels, and a dual-mode energy filter. This combination of components allows the model to acquire high-resolution imaging in a fraction of the time compared to traditional methods. Additionally, the equipment features an automated data acquisition system as well as an automated detector pan and scan unit, both of which allow very precise acquisition of images. BRUKER Albira is optimized for short scan times and optimal sensitivity. It has a computer-controlled rotating specimen stage as well as a vibration isolation machine that further reduce scan times and improve the signal-to-noise ratio. The tool is designed with user safety in mind and is protected by a number of safety features, such as an emergency power off asset and an X-ray tube shut-off model. Furthermore, it is designed to be easily maintained with software-controlled and manual operations. The equipment includes a variety of accessories, such as an LED illuminator and multi-mode filter, as well as microscope and specimen supports. It also includes several sample rails, an O-ring pad, two mounting rails, a specimen holder, and several centering jigs. In conclusion, Albira is a comprehensive and extremely efficient system well suited for scientific research. Its advanced detection unit, automated scan and data acquisition machine, and suite of included accessories make it a great choice for many imaging and tomographic applications.
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