The LOGIQ e is the newest member of GE’s Compact Series of ultrasound systems. The system is designed with the speed, image quality and applications to support real-time clinical decisions in emergency settings.
It allows clinicians to view small anatomy clearly, and the system has advanced connectivity features that streamline clinical workflow by allowing clinicians to take the ultrasound exam to the patient at remote locations. With the system’s on-board image storage, it is seemingly a noteworthy imaging solution for the emergency department.

Aplio XV now offers Expanded Differential Tissue Harmonics, a patented, proprietary harmonic technique that can help with larger, difficult to scan patients, on a broader range of transducers.
According to the Toshiba, the Xario’s new 4-D imaging feature provides users with clear, continuously updated, moving images that allow real-time visualization of anatomy.

MyLab 30 OR offers applicability over a range of tasks including TEE imaging and imaging for nerves and vessels to provide the performance needed for the highest levels of patient care. The system weighs less than 20 pounds and its portability allows it to adapt to any operating room environment.
MyLab 30 OR offers features like 512 channels for high-resolution imaging, multifrequency transducers from 2.5 to 15 MHz, cardiac calculations software for measurement and analysis and Doppler (PW, CW, Color Flow Mapping).

Axius Velocity Vector imaging technology (VVI) offers a new way to assess the heart’s contraction mechanics with ultrasound. Clinicians can now see a graphical presentation of tissue motion using arrows to display direction and relative velocity of motion in one ventricle, with the ability to see a “freeze frame” of motion at any point in the cardiac cycle.

MicroMaxx's purpose-built software and proprietary ASIC design yields high-quality images, while efficiently operating on either AC or battery power. The system boots up to scanning mode in under 15 seconds in a busy office, large hospital or critical care setting. This 7.7-pound device with a small footprint is designed to get medical professionals into, and out of, tight spaces fast.

UltraSPECT has been granted the patent for “Efficient Single Photon Emission Imaging.” According to the patent, shorter scanning time and clinically diagnostic images can be obtained by resolution recovery reconstruction methods such as the Wide Beam Reconstruction (WBR) technology.

Siemens recently unveiled TruePoint technology for its Biograph family of hybrid PET/CT systems. Siemens anticipates that the new TruePoint PET/CT platform will open the door to molecular imaging for oncology by adding 33 percent more axial volume coverage to its PET/CT scanners and with features that automatically adjust reconstruction and scatter correction algorithms to individual patient size.

NumaServer is a tool that is capable of fast, secure transfer of large PET, PET/CT, new SPECT/CT and related image data over a network or the Internet using any high-speed connection.

Siemens Medical Solutions has introduced syngo BLADE, the newest Tim (Total imaging matrix) technology-powered MRI software. The technology is capable of imaging in neurological and orthopedic procedures. In cases of severe movement, syngo BLADE motion correction application allows facilities to increase patient throughput and decrease costs.

Hitachi's SceptreC Cardiac PET system designed specifically for cardiac PET, and may serve as an as an alternative solution to SPECT or PET/CT for myocardial perfusion and viability studies. The SceptreC utilizes both Rubidium-82 for myocardial perfusion and 18-FDG for myocardial viability procedures.

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