A portable ultrasound system equipped with the latest real-time technologies such as TEI, XView and M-Vie, MyLabFive provides clear and detailed images even in difficult patient cases, as well as calculations and confidence in reaching clinical diagnoses. Superior ergonomics, attractive design, a 15′ high resolution colour TFT LCD monitor and a keyboard designed to minimise movements of the operator’s hand improve efficiency for the user as well as patient throughput. Different mobile and portable configurations contribute to extreme versatility. The different trolleys make the system suitable for various clinical environments including private practices, hospital departments and emergency centres. The integrated battery allows ultrasound examination to be performed at the point of care. Extremely flexible due to its modular and license-based architecture, the system is designed for a multi-application approach, and can offer multi-frequency convex, linear and phased array transducers, as well as dedicated special purpose probes, all of them lightweight and ergonomically designed. The easily upgradable platform allows the system to follow technological trends, ensuring investment value over a long-term period. Application-dedicated configurations widen the number of users, and allow a progressive investment based on clinical activities.
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Electronically capturing and transmiting patient data to the EMR, the Connex Electronic Vitals Documentation (EVD) System provides clinicians in non-critical care settings with immediate access to accurate vital signs at any time and location. The system includes the Connex Vital Signs Monitor (CVSM), Accessory Cable Management Stand, Connex VM Software, and the new Welch Allyn Partners in Care Services programme that provides personalised support and installation. The CVSM 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. Alarms, patient data and monitoring can be controlled in a customised manner for each patient, and these data can be documented right on the device, eliminating the need to locate a PC and transcribe data later. The CVSM 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; it works with current wireless networks to deliver up-to-date patient demographics. The Accessory Cable Management Stand, with its unique accessory storage and cable routing system, is ergonomically designed for ease of use. All system components have their own compartment to allow quick identification and easy access. All supplies are on-board, and the stand is designed for ease of cleaning. The accompanying software automates the vitals documentation process eliminating errors. Users can document accurate patient data right from the bedside, and have instant access to data at any time or location.
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The new TEGRIS system for OR integration is characterised by its powerful and compact nature. At around a quarter of the size of its predecessor, it is a flexible and space-saving unit for use in the operating room. All image sources, such as endoscopes, microscopes and OR field cameras, regardless of manufacturer, can be connected to the system thus guaranteeing flexibility in terms of endoscopy and imaging equipment. In this way, modern, new or further developed devices can also be easily integrated into the operating room environment at a later date. The system can interface to internal information systems, for example, an HIS or RIS, so as to enable all patient data to be made available at the touch of a button. This can be viewed by the entire OR team on all monitors. In addition, there is an integrated safety checklist, based on the World Health Organization’s principles.
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Giotto Tomo is a Second Generation Tomosynthesis unit that introduces new concepts in digital breast tomosynthesis such as variable angles and dose, the Iterative 3-D Algorithm, the use of the original pixel size (85 microns) and also the Step & Shoot tube motion (ideal for microcalc visualization). Indeed all Giotto Tomo features have been optimized in order to offer the best image quality with low dose released to the patient, including a wide scan arc (-20
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