Whole body imaging

As a pioneer in healthcare technology and MRI solutions, we are dedicated to providing advanced imaging tools that empower clinicians in delivering exceptional patient care. Our specialized MRI solutions offer comprehensive diagnostic capabilities for a wide range of conditions, from abdominal disorders to neurological pathologies. With cutting-edge imaging technology, we enable the detailed visualization of healthy and pathological tissues, supporting accurate diagnoses and informed decision-making.

Whether for abdominal imaging or neuroimaging, our systems are designed to combine clinical efficiency with patient comfort. From initial screenings to advanced evaluations, features such as diffusion imaging and angiographic sequences enhance diagnostic potential, even in compact and accessible settings. Focused on innovation, precision, and reliability, we are committed to supporting healthcare professionals in achieving excellence through state-of-the-art MRI technologies.

• Patient-friendly design
  Open configuration that minimizes claustrophobia, particularly beneficial for patients prone to anxiety. 
   
• Safety and accessibility focus
  Low-field MRI enhances safety but also widens accessibility, making the MRI setting more comfortable and open to all.

Diffusion Weighted Imaging (DWI) is a fundamental sequence to detect brain tumors, their classification and grading and monitoring. On Magnifico Open, Esaote implemented the DWI sequence with line scan technology1: this technique is based on spin echo sequences and has reduced susceptibility to static field inhomogeneities than echo planar imaging (EPI). In addition, it does not require enhanced gradient hardware and offers easy installation and reduced power consumption.

DWI provides important clinical value especially in the assessment of Cerebral Infarction and Stroke, Neoplasia, Emphysema, Toxic and Demyelinating pathologies.

The Time-Of-Flight (TOF) effect in MRI arises due to the blood flow between the RF pulses. The TOF effects in gradient-echo imaging appear as a signal hyperintensity due to the in-flow of fresh blood that has not experienced any prior RF pulses. Nonetheless, Esaote implemented innovative techniques to increase the image resolution and decrease sensitivity to the effects of flow saturation. The User Interface also includes Maximum Intensity Projection (MIP) software to proficiently reconstruct MR Angiograms detail vascular area of interest.

With a focus on innovation, reliability, and precision, we continue to support medical professionals in achieving excellence in patient outcomes through advanced imaging technologies.