BioSpec 152/11

The BioSpec 152/11 is the ultimate in ultra-high-field MR imaging with unparalleled sensitivity for greatest resolution. Its streamlined design for mice studies makes handling simple, while its powerful software guarantees best results. It can be equipped with the MRI CryoProbe to increase sensitivity even further and together with the gradient strength of up to 1000 mT/m, highest resolution is achieved. It is built with nitrogen-free Ultra Shielded and helium Refrigerated (US/R) magnet technology for long service intervals

• Nitrogen-free Ultra Shielded and helium Refrigerated (US/R) magnet technology with long service intervals
  
• Full second and third order high power shim channels guarantee optimal performance for spectroscopy and imaging
  
• Crisp and highly resolved images with native gradient strength of 740 mT/m, upgradable to 1000 mT/m
  Slew rate: 9000 T/m/s  
  
• Scalable AVANCE NEO electronics enabling both MRI and MRS applications
  
• Real-time spectrometer control for optimization of acquisition parameters during scan
• MRI CryoProbe for exceptional increase in sensitivity
• In-house development and production of all key components (software, magnet, gradient, spectrometer, RF coils) ensures the best performance
  
   

Magnet

• Field strength:  15.2 Tesla
• Bore diameter: 11 cm
• Homogeneity (cylinder 6 x6 cm):        ± 10 ppm
• Magnet technology:  Nitrogen-free Ultra Shielded and helium Refrigerated (US/R) for best performance
  

Gradients

• Gradient inner diameter: 60 mm
  
• Gradient strength: 740 mT/m (1000 mT/m with high power option)
• Slew rate: 9000 T/m/s
  
• Actively shielded gradient system
  
• Integrated shim coils for optimal field homogeneity
  
  

ParaVision

ParaVision® 360 software package, for multi-dimensional MRI/MRS data acquisition, visualization, reconstruction, and analysis  

• Over 100 validated and ready to use in vivo protocols and scan programs for mice and rats
• MRI sequence portfolio of more than 1,000 sequence variations, including wireless cardiac imaging using navigator based IntraGate methods with cartesian or radial readout, as well as short echo time imaging, such as UTE and ZTE