Thales TH 8770 is the new generation GigE Vision CCD camera that is compatible with all Thales XRII sizes: from 6”to 12”. This high resolution 1k
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The latest version of the WS80A ultrasound system with Elite is designed to provide superior image and exceptional productivity in workflow through highly useful features for women’s health. Its key enhancements include the S-Vue Transducer which delivers broader bandwidth and higher sensitivity in order to obtain more in-depth, higher image quality. Even patients with technically challenging cases can easily get scans with superb resolution. The system provides enhanced colour sensitivity in 3D and Doppler images and thanks to a 23′ Wide LED Screen it offers better colour representation and enhanced vision of ultrasound images for users. Extended 5D features enable higher efficiency and diagnostic confidence. 5D Heart semi-automatically obtains nine essential cardiac diagnostic planes to enable more intuitive, in-depth and accurate fetal screening based on STIC (Spatio-Temporal Image Correlation) data. 5D CNS (Central Nervous System) simplifies workflow and reduces scan time by extracting six biometric measurements from three transverse planes of a fetal brain as key indicators for quick fetal brain diagnosis. The system allows shared service for cardiovascular medicine and radiology (including pediatric, vascular, etc.).
The RaySafe X2 Survey sensor offers an easy and fast solution for precise survey measurements in the X-ray energy range. It is the latest addition to the continually expanding RaySafe X2 X-ray measurement system, and adds the ability to perform leakage and scatter measurements in diagnostic X-ray applications. Its simple design is coupled with unprecedented accuracy and sensitivity. Unlike a pressurized ion-chamber, the RaySafe X2 Survey sensor is silicon- based, making it possible to ship without any special considerations or arrangements. The Survey sensor also has two trigger modes: manual and automatic. These modes allow the sensor to capture low dose-rate measurements in an X-ray machine’s primary beam. Another unique feature is its ability to switch energy response between Air Kerma (Gy or R) and Ambient Dose Equivalent (Sv). The RaySafe X2 sensors are specifically designed to minimize the need for user interaction. Other sensors in the RaySafe X2 Measurement System include R/F, MAM, CT and Light.
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The recently launched AeroDR PREMIUM wireless cassette-type DR detector is 14 x 17 inches and weighs just 2.6kg, which is approximately 10% lighter than the conventional AeroDR 1417HQ series. In addition to X-ray rooms, the detectors are also being used in operating rooms, emergency care sites, and disaster areas. To meet the requirements related to these locations, the product’s resistance to load and drop impact has been improved and robustness has been enhanced by a waterproof design. Furthermore, the cycle time between exposures has been drastically reduced to approximately half of the time required by the conventional AeroDR 1417HQ series. This reduces the time required to carry out the exposure process and thus, reduces the burden on patients. Consequently, the reduced exposure process time reduces the time during which orthopedic patients have to wait for several exposures on the same body part while holding a posture that may cause pain, or the time during which groups of radiography examinees have to wait before they are diagnosed. In addition, by increasing the capacity of the built-in lithium-ion capacitor and enhancing the power-saving function, the battery life has been increased to allow users to take approximately 1.5 times more images than with a conventional AeroDR 14
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Using an optional module for existing Vue Mammo workstations or Vue PACS enables the radiologist to read traditional mammograms, breast ultrasound, breast MRI, digital breast tomosynthesis (DBT) or general radiography exams from a single desktop. Carestream’s DBT module adds unique workflow capabilities and specialized tools that optimize the reading of Digital Breast Tomosynthesis exams at the same time as other procedures. The module makes it possible to store, route and display Digital Breast Tomosynthesis exams using industry-recognized standards. A worklist indicator quickly identifies exams with Digital Breast Tomosynthesis images. User configurable hanging protocols display Digital Breast Tomosynthesis procedures along with any other procedure. Automatic positioning of Digital Breast Tomosynthesis images and mammograms eliminates manual manipulations, while automatic same sizing of Digital Breast Tomosynthesis and mammograms makes it easy to compare a change in pathology. Digital Breast Tomosynthesis exams can be viewed in cine mode or by scrolling through images.
The new dynamic ultrasound probe test system, ProbeHunter, with new features like validation of image, colour and doppler gives clinicians, biomedical engineers at hospitals and the ultrasound industry a new tool for quality assurance and patient safety. With 256 channels, ProbeHunter tests in real time and is ultra fast. Studies in Scandinavia have confirmed that 35-40% of the ultrasound transducers at a non-tested hospital show defects when tested, even after OEM service, maintenance and systems’own test protocols. The ultrasound probe is the most delicate part of an ultrasound system and is extremely sensitive to shocks, dropping and type of gel or cleanser used. The risk of a fallacious diagnosis is high because the problem is not directly identifiable without a tester. With a next generation test system such as ProbeHunter, it is possible to bring the faulty frequency down to 10% if a hospital frequently tests its ultrasound probes. ProbeHunter is a dynamic test system that validates the performance in real time of ultrasound probes of all brands i.e. Siemens, GE, Philips, Toshiba etc. It is designed for every biomedical department at hospitals as well as for the ultrasound industry. The probe testing device contributes to patient safety by making sure that every ultrasound probe in use is fully functional.
The MobileDaRt Evolution, EFX version digital mobile X-ray system can be moved to any location where radiography is required. It is equipped with a wireless flat panel detector (FPD) and broadens its applications from clinical rounds in hospitals to critical care and applications at disaster sites, as well as operating rooms and neonatal intensive care units. New features improve safety, processing speed, and save energy. Instead of a traditional hard disk drive, the new vibration resistant DR unit uses a high speed vibration resistant solid-state drive (SSD), thereby reducing the risk of data loss. In addition, the conventional system startup time has been reduced to +/- 1 min, allowing rapid radiography in an emergency. The new energy saving collimator with bright irradiation field uses LEDs as the light source to indicate the irradiation field, increasing the brightness and contributing to improved operability for the technologist. This reduces power consumption to approximately one half of conventional levels while ensuring a long operating life, reducing periodic maintenance requirements. The LCD monitor has a wide viewing angle, displaying high quality images that can be viewed from a wide range of positions around the unit. The addition of a new FPD increases the speed of internal processing, shortening the preview image display time to 2 secs, contributing to improved procedural efficiency. The 17 x 17′ FPD (CXDI-401 Wireless) design provides an IPX4 level of splash protection, so the unit is resistant to liquid penetration, making it suitable for operating rooms and emergency rooms.
Thales is introducing the latest release of the DR retrofit solution, ArtPix Mobile EZ2GO. The ArtPix multi-touch tablet will now be able to support both sizes of portable Wi-Fi detectors: the Pixium 3543EZ and the Pixium 2430EZ. In addition, an innovative live Bluetooth connection to a dose measurement device (DAP) will allow the full wireless solution to control both patient exposure and dose management, features requested for pediatrics. Moreover the image quality has been unanimously recognized as best-in-class and the astonishing 40 percent dose reduction compared to CR has been achieved.
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This new LEO radiographic housing is designed for 3′ rotating anode inserts. Varian’s innovative technology allows customers to take full advantage of high heat load, high throughput and quiet operation. The LEO comes in one standard configuration which allows for a significant cost reduction and will be able to compete in the price sensitive radiographic tube market.
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The Discovery IGS 740 is specifically designed to improve clinical efficiency in the operating room, whilst also offering high quality imaging. The fact that it is free standing rather than tethered to the floor or ceiling means that it avoids unnecessary restrictions on a physician’s mobility in the theatre. This means the patient can be imaged at any point during a procedure, so operating theatres can be used for a wider range of procedures than would have been previously possible with fixed imaging systems. Its wide bore C-Arm and dedicated arm-imaging positions help clinicians to easily image the anatomy of interest, and offer full patient access from the left or right.
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