Esaote Launches Updated S-Scan Open MRI System
The update of the S-scan magnetic resonance imaging (MRI) system reportedly offers an improved ergonomic design, algorithms to enhance image quality and reduced scan times.
Offering a variety of technological improvements to help facilitate optimal imaging and radiology workflows, Esaote has introduced the S-scan Open magnetic resonance imaging (MRI) system, an update to the company’s established S-scan MRI platform.
Esaote said the system’s combination of image acquisition and reconstruction capabilities through technologies such as SpeedUp and TR reduction enables clinicians to reduce artifacts, background noise and scan times. The combination of True-Motion technology with the S-scan Open MRI’s open magnet design allows one to capture real-time images of joint movements, according to Esaote.
The company adds that a complete set of RF coils, included with the S-scan Open MRI system, may facilitate improved spatial resolution, a high signal-to-noise ratio (SNR) and maximum sensitivity to anatomies being imaged.
Esaote added that key ergonomic features of the MRI system include a wide asymmetric rotating table, which promotes easy setup as well as maximum comfort and stability with patient positioning.
‘With S-scan Open, we have relied on Esaote’s latest technology in terms of the hardware and software platform. It has been specifically reengineered to face the challenging requirements of musculoskeletal exams,” said Massimo Olmi, the MRI marketing director of Esaote.
New MRI Study Questions Use of Corticosteroid Injections for Knee OA
May 27th 2025Two years after intraarticular knee injections for knee osteoarthritis (OA), study participants who had corticosteroid knee injections had greater OA progression than control patients while the use of hyaluronic acid injections was associated with less OA progression.
Study: Abbreviated Breast MRI Offers Equivalent Accuracy to mpMRI for Women with Dense Breasts
May 20th 2025Emerging research suggests that abbreviated breast MRI offers comparable sensitivity and specificity as multiparametric MRI in women with extremely dense breasts with a nearly 50 percent reduction in reading time for radiologists.
