A premium ultrasound system designed for diagnosis in the radiology department, the RS80A, is Samsung Medison’s first product to target the radiology segment which is the largest portion in the diagnostic imaging market. The RS80A offers greater diagnostic confidence and accuracy through the latest innovations in imaging and usability. Superb image quality is supported by a 23′ full high-definition (FHD) LED Screen. S-Vision architecture provides outstanding images through newly developed S-Vision beamformer and imaging engine. These state-of-the-art technologies ensure detailed resolution and tissue uniformity for all types of applications in radiology and general imaging. The S-Vue Transducer gives broader bandwidth and higher sensitivity to enable exquisite image quality at depth. Samsung Medison has expanded its premium probe line-up to support diagnosis over various areas such as thorax, abdomen, carotid and thyroid. Special tools increase diagnostic confidence such as S-Detect which uses the standardized Breast Imaging-Reporting and Data System (BI-RADS) score for analysis and classification of targeted regions.  S-Detect results in more effective diagnosis by reducing unnecessary biopsies and saving time through simplified procedures. E-Breast & E-Thyroid are the latest breast and thyroid ElastoScan (elastography), making it easier for users to distinguish benign from malignant masses through acquiring the strain ratio between the target and reference area faster than before. Efficiency is improved by the advanced QuickScan feature which allows important imaging parameters to be automatically adjusted, such as colour gain, location of the colour box and angle correction. Innovative design and usability features include a 3D Navigator and fewer keys on the control panel for ease of use and greater examination throughput. Users are given more operating space as the keyboard is embedded into the touch screen. The device can also remember the users’position as well as the height of the control panel every time they run the system.

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With the intelligent Hamilton‐ MR1 ventilator, patients can be moved from the ICU to the MRI suite and back without having to change anything about the ventilation, even when they areon an advanced mode. This diminishes the risks for lung de‐recruitment and a patient setback, which would keep patients in the hospital longer and make their stay more uncomfortable. The new Neonatal option now also optimizes the Hamilton‐ MR1 for MR‐compatible neonatal ventilation. With tidal volumes as low as 2 ml, safe and lung‐protective ventilation of even the most fragile patients is guaranteed. The IntelliTrig intelligent leak compensation function automatically adjusts the inspiratory and expiratory trigger sensitivity to potential leaks. This enables optimal synchronization with the neonate’s breathing pattern. The small and rugged housing, an integrated high‐performance turbine and powerful internal batteries make the Hamilton‐MR1 ideal for patient transport and easy to handle for the caregiver. The wide range of modern and classic ventilation modes guarantees that before, during, and aft er the MRI procedure, all patients from neonates to adults receive the same high level of ventilation care as at the bedside. The Hamilton‐MR1 is the first ventilator that can be used at a magnetic field strength of 50 mT, equivalent to 1 m distance for a 3T static magnetic field scanner, without creating any MR image artifacts. Positioning a medical device too close to the MRI scanner can have fatal consequences. For maximum safety, the ventilator continuously monitors the magnetic field with TeslaSpy, an integrated gaussmeter, and gives an audible and visual signal if it is getting too close.
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Suitable for all diagnostic conventional X-ray applications, the new 6 Megapixel CCL650i2 colour display has a screen size of 30 inch and a brightness of 800cd/m
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With the convergence of whole organ coverage, image quality, and speed found in GE Healthcare’s Revolution CT scanner, physicians are now able to diagnose even the most challenging patients. This innovative technology can help clinicians to diagnose more patients with erratic or high heart beats and also provide pediatric patients with sedation-free and low-dose scanning capabilities, among other clinical advances. The wide coverage of Revolution CT allows healthcare providers to scan entire organs such as the brain, heart, liver and pancreas, in a single 0.28 sec rotation reducing breath hold times for patients. Also, the speed of this new technology allows providers to gather information about function as well as anatomy, enabling a comprehensive stroke assessment of the brain in a single exam. Revolution CT comes equipped with ASiR-V, GE’s next generation of low dose technology which routinely reduces dose up to 82% with the same image quality. Furthermore, patient anxiety can be reduced as the scanner is 50% quieter than previous generation CTs while providing soft ambient lighting and personalized gantry displays. It can comfortably accommodate more patients with a larger 80 cm bore size. Patients may not be required to take special medication to slow their heart rate for a diagnostic cardiac exam due to Revolution CT’s fast imaging speed. Revolution CT delivers high definition imaging across the entire body, across all applications, including cardiac exams in a single heart beat; whole brain imaging in less than a second; low dose, whole organ diagnosis and follow-up for oncology patients; detailed boned imaging, even for patients with metal implants; and sedation-free and low dose scans for pediatric patients.
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Noise levels above 50 dB(A) have been scientifically proven to negatively affect patient recovery and increase complications in surgery. Therefore, SoundEar has created a series of products for visualizing noise in hospitals.  Noise is an increasing challenge of the indoor climate in hospitals in line with temperature fluctuations and air humidity. Too much noise will affect staff and patients. However, it is impossible to resolve noise issues in hospitals without first knowing where noise is a problem and then being able to provide an instant alert. Because of that, SoundEar’s newest products are specially made for visualizing areas of noise and alerting the specific area in hospitals. Built in accordance with IEC 60601-1 (medical electrical equipment), SoundEar III is mounted onto a wall, showing the noise level in an easy to understand manner, and it emits a warning whenever the noise level gets too high.

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