Bruker introduced 7T and 9.4T conduction-cooled Maxwell magnets for its preclinical MRI systems portfolio, BioSpec. The new range of Maxwell ultra-high-field magnets eliminates the need for liquid Helium or Nitrogen reﬁlls, while oﬀering high-ﬁeld sensitivity and resolution for advanced preclinical MRI research.
The new BioSpec Maxwell MRI portfolio incorporates high-performance technology into easy-to-use systems for a range of preclinical applications, with simpliﬁed siting, installation and maintenance, as typically no building modiﬁcations are necessary. The systems oﬀer a small-footprint and low maintenance that combines touchscreen ease of use with full MR imaging ﬂexibility.
Preclinical imaging for non-invasive in vivo imaging on small rodents provides researchers with high spatial and temporal resolution in research applications including oncology, neurology, cardiology and infectious diseases. The high stability of Bruker MRI systems creates sharp and clean images, critical when examining minuscule areas in high-resolution anatomical imaging of mouse brains, or when performing functional MRI (fMRI).
The smart BioSpec Maxwell magnet technology features reliable supervision with multiple built-in sensors. In the event of a power outage or cooling disruption the Maxwell magnets remain at ﬁeld for a minimum of six hours, and can be auto-cooled and auto-charged via push button operation.
Dr Tim Wokrina, MRI Product Manager at Bruker PreClinical Imaging Division, said: “We have achieved a signiﬁcant milestone in preclinical MRI technology, expanding its beneﬁts to a wider range of medical and pharmaceutical research to drive scientiﬁc and therapeutic advancement.”
Dr Wulf I Jung, President of Bruker BioSpin’s PreClinical Imaging Division, added: “The pharmaceutical industry is experiencing pressure to bring new drugs to market faster and more cost-eﬀectively. Contract research organizations are striving for best-in-class solutions in a small footprint. Our new Biospec Maxwell MRI series does not require specialized lab infrastructure and oﬀers compact, light-weight and easy-to-install systems for preclinical MRI or PET/MR studies.”
The new Maxwell conductively-cooled magnet technology is available at three ﬁeld strengths for diﬀerent requirements: 3T, 7T, and 9.4T, all with 17 cm bore diameter, high-performance gradient systems, and options to add a PET accessory for PET/MR research.Back To Top
Bruker Introduces Ultra-High-Field, Helium-Free Preclinical MRI . Appl Radiol.