MUSIC 66X16 With all applications
Clarity 1.5T meets all your diagnostic needs with new generation quantitative tools and applications. Our advanced MUSIC technology allows for faster image acquisition and multiple exams without frequent user intervention.
MUSIC (Multi-Segment Imaging Combination) improves MR imaging with flexibility, precision, and speed. It utilizes an array of 66x16 RF channels that run simultaneously in one scan and FOV, hence enabling faster scans. You are required to choose the examination you want, without the need for coil replacement, which improves workflow and increases productivity. With MUSIC, repositioning patients for multiple exams is no longer necessary. Leveraging MUSIC's heightened precision allows us to image small lesions in a whole-body scan
Flexibility easy to use with more adaptability and versatility. You only need to choose the examination you want without the need for coils replacement, which improves workflow and increase productivity.
Precision With excellent and pinpointed precision, MUSIC provides excellent images quality from small lesions of the whole body
Speed: With MUSIC, the examination set-up is faster and simpler, and acquisition time is shorter. Increasing your patient through put.
Clarity 1.5T Redefines diagnostic MRI with unparalleled performance and precision that meets diverse medical needs with exceptional clarity and accuracy. This advanced system incorporates new-generation quantitative tools and applications that elevate your diagnosis, there by providing precise and reliable results for enhanced patient care.
Clarity's high-quality imaging can be applied to a range of clinical neuro imaging.
MRA/MRV, DWI with multipe b-value, ADC and eADC, SWAPP (SWI), Tornado (motion correction), ASL, DTI, Single Voxel Spectroscopy, DCE - MRI
With advancements in MSK sequences, RF coils, computing technology and optimized magnet homogeneity, Clarity delivers high resolution musculoskeletal(MSK) images. This imaging technique enables you to image bone, joint and muscular soft tissue with remarkable tissue contrast.
Cartilage Quantification provides quantitative assessment of cartilage composition to track the degradation of tissues in the early stages of multiple pathologies? within joints, which can't be detected by conventional imaging techniques. It allows for non-invasive measurement of collagen content.
DIXON is a relatively new gradient-echo MR sequence that helps us visualize fat and water content in anatomical structures. It is reported to be useful in abdominal and brain imaging.
DIXON is a relatively new gradient-echo MR sequence that helps us visualize fat and water content in anatomical structures. It is reported to be useful in abdominal and brain imaging.
3D Fire
Non-contrast-enhanced (NCE) renal magnetic resonance angiography (MRA) serves as an excellent alternative to the conventional contrast-enhanced approach. This method eliminates the need for ionizing radiation and avoids the injection of gadolinium, a contrast material. The advantages include minimized patient discomfort, reduced examination expenses, and the avoidance of potential risks associated with nephrogenic systemic fibrosis.
rFOV
DWI can be applied on spine, uterus and pros tate, and increases clinical confidence in the diagnosis of numerous common pathologies.
Advanced Body imaging
The Sequoia Healthcare Clarity 1.5T oers comprehensive body imaging solutions with advanced tools tailored for patients. Its Free Breathing (ARCUS) MR Imaging protocols primarily utilize either breath-holding techniques or respiratory gating to eectively minimize motion-related artifacts, ensuring clearer and more accurate imaging results.
mLIVE
A visualization platform is available, granting access to sophisticated postprocessing technology. Leveraging the Proton Density Fat Fraction (PDFF) method, it automatically segments and measures fat within the liver by creating quantitative fatfraction maps.
MASSIVE Imaging
MASSIVE integrates various specialized techniques designed to minimize susceptibility artifacts arising from MR conditional metal implants. Utilizing high bandwidth techniques enhances the evaluation of soft tissues in patients undergoing MRI scans with MR conditional metal implants, resulting in improved imaging quality and accuracy.
3D MERGE
Specifically crafted for imaging the neck and cervical spine, this technique aims to fully eliminate pulsation artifacts.