MRI studies of animal models of human diseases require microscopic resolution and high signal-to-noise ratio images in relatively short imaging time
Our patented designs and innovative methods lead to improved SNR imaging and also offer customization and flexibility
Our expertise in superconductivity, electromagnetic design and modeling, and fabrication of coils translates into projects delivered on time and according to your specifications
We also offer a wide range of consulting, engineering and technical services related to MR imaging and cryogenic applications across multiple disciplines
CRYOGENIC MRI COILS
The performance of cryogenic normal metal MRI coils demonstrates significant increase in SNR what offers better resolution and can traded for much shorter imaging time
SUPERCONDUCTING MRI COILS
High-temperature superconductors (HTS) have been used for these applications such as low-field (< 0.5 T) MRI, high-field microscopy and small-volume MRI. Superconducting MRI receiver coils perform significantly better than comparable cooled copper coils
ULTRA-HIGH Q SUPERCONDUCTING MRI COILS
Cryosensors offers high-performance superconducting MRI probes for imaging and spectroscopy applications based on ultra-high Q superconducting coils that will improve SNR by more than 50% over cooled copper RF-coils
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