Revolutionary MRI approach increases diagnostic accuracy and confidence for all musculoskeletal applications. The Tilting MRI: The Key To Confidence G-scan Brio offers a revolutionary MRI approach that increases diagnostic accuracy and confidence for musculoskeletal applications. With experience gained from first generation G-scan systems, Esaote developed G-scan Brio, a completely renewed Weight-Bearing MRI system featuring a new look, new ergonomics and new acquisition techniques.
Esaote’s new G-scan Brio is a tomographic MRI system that allows the study of all joints as well as the spine, either in a clinostatic (supine) or orthostatic (weight-bearing) position because both the magnet and patient can rotate from 0 to 90 degrees. Thanks to G-scan Brio’s innovative design patients can be scanned in a weight bearing position to facilitate MSK diagnosis for those pathologies that are subject to change due to body posture and position, like lower back pain.
Esaote’s new G-scan Brio is a tomographic MRI system that allows the study of all joints as well as the spine, either in a clinostatic (supine) or orthostatic (weight-bearing) position because both the magnet and patient can rotate from 0 to 90 degrees. Thanks to G-scan Brio’s innovative design patients can be scanned in a weight bearing position to facilitate MSK diagnosis for those pathologies that are subject to change due to body posture and position, like lower back pain.
G-scan Brio is specifically designed for all musculoskeletal applications. The open and tilting design is a new and innovative way of doing MRI in which the position of the patient becomes an integral part of the outcome of the examination. G-scan Brio provides great patient comfort and features Esaote’s the latest imaging performance and sequences.
The G-scan Brio boasts advanced features and capabilities such as:
● Impressive image quality
● Open permanent magnet
● Rotating gantry
● Weight-Bearing: patient’s position becomes an integral part of the examination’s outcome
● Optimized, ergonomic patient bed for easy positioning and excellent comfort during exams
● Additional diagnostic capabilities: since the force of gravity generates bio-mechanical changes in anatomy, MR imaging in a natural, stand-up position allows you to attain important additional information compared to traditional MRI
● Complete set of sequences including turbo sequences, steady state acquisition, and X-Bone. G-scan Brio comes with a large set of specialized sequences suitable for all MSK imaging requirements
● User defined sequences and customized examination protocols
● Multi Planar Scout
● Remote Service capability
● eXP Technology: for faster and better MR Imaging
Like all Esaote MRI systems, G-scan Brio is a “one room” MRI system which means that the complete system, magnet, electronics and console can be installed in a single room of only 23 m2 (245 ft2).
● G-scan Brio employs an optimized permanent magnet so no cryogens and no complicated cooling systems are required
● Patented, light-weight pavilion style RF shielding can be independently installed without any additional construction
● Room height requirements: minimum for Weight Bearing spine and knee examinations: 2.80 m (9.2 Ft); suggested for Weight Bearing spine, knee and ankle examinations: 3.30 m (10.8 Ft)
● Total weight: 7.9 tons
● Power supply voltage: 200-210/220-240 V @ 50/60 Hz
All Esaote MRI systems are cost-effective because they offer optimized MSK performance at a much more competitive cost than standard whole body MRI systems. G-scan Brio is not only a unique clinical and diagnostic system, it is also easy to site and very economical to operate.
G-scan Brio’s low break-even point is in line with the economic constraints of today’s healthcare environment and make it an optimal investment for a private clinic or hospital.
● Green MRI, Esaote’s MRI Systems use a fraction of the power employed by traditional MRIs saving you thousands of $/Euro per year
● Low Power Consumption: only 2.8 VA during acquisition, only 0,4kW on stand-by
● Cost Effective: low break-even point
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