A cost-effective cart-based colour Doppler diagnostic ultrasound system, the new U2 offers an ergonomic design and user-friendly workflow, providing truly rewarding operation. The advanced digital technological integration and dependable functionality are essential to facilitate exceptional image acquisition and to greatly increase diagnostic confidence. In addition the many software packages and wide range of transducer selections ensure maximum versatility. The system incorporates other features including a 15′ LCD screen, large capacity hard disk, built-in battery and DVD R/W.
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A state-of-the-art ultrasound system, the DC-8 performs well for a wide range of physical examinations, from deep abdominal sites to small superficial areas or from minute vessels to large muscular structures, thanks to new technologies and innovative image processing algorithms. The unique 3T transducer technology increases bandwidth and transmission efficiency, thus offering better SNR and improved resolution. It enables higher frequency scans even focusing on deep structures, easier and faster image aquisition and better image clarity even when scanning the most challenging patients. Another innovative technology, iFlow, allows better visualisation of tiny vessels and complex flow patterns. The exclusive processing algorithm allows the detection of very weak colour Doppler signals with an optimal S/N ratio and provides excellent spatial resolution without compromising penetration or sensitivity. The ultra wideband nonlinear processing technology enhances contrast capabilities. With ultra-wideband signal transmission, the system can manipulate both 2^nd harmonic and non-linear fundamental signals, and finally generate significantly enhanced images. Other technologies include high resolution iClear, now available for 3D/4D imaging, which is a speckle suppression technology for improving contrast resolution to better detect and visualise pathological structures, and iBeam spatial compounding, which uses multiple scan angles to form a single image with enhanced contrast resolution and improved visualisation. The new platform also enables optimum flexibility for post processing and analysis of the raw data image, allowing maximum productivity to be achieved.
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Developed for diagnostic imaging of the dentomaxillofacial, and head and neck areas, the SCANORA 3D is a compact CBCT system. Various field-of-view sizes and high or standard resolutions can be selected for different imaging tasks. The cylindrical field-of-view sizes range from 6 x 6 cm up to 13 x 14.5 cm. The voxel sizes, which represent the spatial resolution, range from 133 μm to 350 μm. Standard resolution offers fast imaging with low dose, suitable for follow-up and measurement tasks. High resolution is recommended for primary diagnostics. In addition to excellent diagnostic performance, special concern has been addressed to the ALARA principle. Dose levels with this instrument are considerably less than those usually associated with medical CT imaging, depending on the selected field of view. With high resolution CBCT imaging of the temporal bone, the dose is approximately equivalent to one or two panoramic images. In high-resolution sinonasal imaging with a large field of view, the dose is approximately equivalent to three panoramic images. The instrument offers superior versatility by combining cone beam 3D imaging with a CMOS flat panel detector and dental panoramic imaging with a charge-coupled device sensor. At the press of a button the unit automatically switches between 3D and panoramic imaging modes with an AutoSwitch function, making it quick and easy to use. The volume of interest can be freely located in the skull area, thanks to the motorised positioning movements of the unit. The appropriate volume can be accurately located with laser positioning lights.
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The Connex VSM (CVSM) 6000 Series is a full-colour, touch screen device that acts as three devices in one, providing comprehensive patient documentation on a single display. This documentation includes automatic measurements such as heart rate, blood pressure, temperature and pulse oximetry; manual parameters such as respiration, height, weight and pain level; and modifiers such as body position, O2 therapy details and others. The instrument also allows alarms to be controlled and patient data and monitoring to be customised for each patient. These data can be documented right on the device, eliminating the need to locate a PC and transcribe data later. The instrument also enables two-way wireless communication from the bedside. It associates ID numbers to names to help clinicians properly identify patients and allows them to customise which ID fields are required and how they are displayed, including simultaneous display of multiple forms of ID. The wireless technology is built right into the system allowing the monitor to act as a true mobile device, and it works with current wireless networks to deliver up-to-date patient demographics.
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