LOGIQ S8 XDclear 2.0 is a lightweight, portable ultrasound system designed for a wide range of applications including abdominal, small parts, breast, vascular, OB/GYN, cardiology, pediatrics, musculoskeletal, urology and more. Integrated with FibroScan® technology from Echosens and Shear Wave technology, the LOGIQ S8 XDclear 2.0 can help diagnose liver disease quickly and non-invasively, assess fibrosis stage in chronic liver disease and monitor treatment.

OEC Elite CFD with vascular applications is the first premium mobile C-arm offering with both a 31 cm and 21cm CMOS flat panel detector. It is designed to produce high image quality at a low dose with a 14 percent improvement over an image intensifier in line pair resolution at normal dose. The OEC Elite CFD produces crisp, clean images, enabling better imaging confidence by allowing surgeons to see greater differentiation between a patient’s anatomy, such as bone, organs and skin and exceptional vessel detail in even the toughest vascular procedures with a tiny 0.008” guidewire.


High-quality cone-beam computed tomography (CBCT) images are essential to improve the feasibility, effectiveness, and safety of challenging Interventional radiology procedures. However, there are barriers to acquiring these images, including limited field of view; the time-consuming and tedious nature of the procedures; and a susceptibility to artifacts. GE worked with physicians around the world to understand these challenges and develop a suite of solutions designed to surmount them. These include the Discovery IGS 7; Motion Freeze2, a new, pioneering solution that can help compensate for involuntary respiratory motion artifacts that threaten CBCT quality, reducing the likelihood of unusable acquisitions; Liver ASSIST3, a software solution that helps identify vessels feeding liver tumors for liver embolization; INTERACT Active Tracker4, software feature that enables multi-modality fusion imaging in ablation procedures (fluoroscopy and ultrasound) to create a comprehensive 3D view of liver tumors; and Needle ASSIST5, providing real-time visualization of needle positions in the 3D space.

Achieving Operational Efficiency

It can take up to 230 mouse clicks to access reject data and up to seven hours to calculate a department’s reject percentage for a mid-sized hospital. X-ray Quality App featuring Repeat/Reject Analytics software can help avoid that time and effort by automatically identifying and analyzing the root causes of rejected X-ray images for quick and easy review. Helping to identify the root cause of rejected images can reduce unnecessary radiation exposure to patients and manual work required to measure repeat/reject rates. In addition, reducing non-value add imaging may increase capacity for additional diagnostic exams in an imaging department.

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