Lightweight, portable, and easy to use, the m16 magnetic immunoassay system has a user-friendly design requiring zero maintenance, making patient-side immunoassay testing efficient and convenient. Unlike other analysers, it utilizes 50
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A new approach has been used in the development of the bone densitometry system, EggQus. It has been created using the design concept of an ‘eggshell’. The result is a strong, lightweight, easy to handle unit that guarantees maximum portability. EggQus is light, compact and versatile compared to conventional ultrasound bone densitometry systems. The large integrated handle facilitates inhospital rounds and house visits. The system is powered by rechargeable batteries enhancing its portability. Continuous and convenient use can be sustained using the AC adapter accessory. The motor-controlled transducer unit moves automatically, minimizing manipulation by the operator. The short measurement time of approximately three seconds is convenient for elderly examinees and for screening that requires rapid handling.
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The new SensPoint handheld lactate analyser is designed for professional use with built-in connectivity functions to hospital or lab information systems. The measuring time is only 10 seconds using 0.2 μl sample volume. The handheld analyser has a lightweight, ergonomic design and is highly accurate, offering excellent correlation to lab analysers. Its intuitive user interface utilizes a large high resolution colour display. The device also features an integrated barcode scanner. Results can be linked to operator ID, patient ID, time, date and LOT number of sensors, allowing traceability of users and eliminating use by untrained staff. Results are printable using a small external Bluetooth-enabled printer.
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The AsCARD MrCoral is a digital ECG appliance supported by CardioTEKA software which serves for data processing and archiving of ECG waveforms in the full range of 12 leads. The appliance is connected via USB to a user’s PC or notebook. With its compact size and light weight it is convenient to use, especially during home visits. At the same time the on-line preview function allows for ongoing monitoring of the patient’s heart. The examination result is generated in pdf or KTeka format. The selected ECG records are printed on an external printer.
RS80A with Prestige incorporates an enhanced diagnostic package designed for radiology departments. The RS80A strengthens research ability versus the existing RS80A over a broad spectrum of diseases related to abdominal, breast, cardiovascular, and musculoskeletal ailments, to provide higher clinical value. RS80A with Prestige is equipped with S-Fusion, which is a function that can compare the body parts under examination by ultrasound imaging with CT or MRI images simultaneously for analysis. In particular, S-Fusion allows auto-registration that aligns CT or MRI images within 30 seconds to enable a quick diagnosis. S-Shearwave, which helps analyse the characteristics of body tissue without biopsy, provides numerical measurements of stiffness using the shear wave produced around the region of interest. The function supports accurate diagnosis by providing Reliable Measurement Index (RMI) and statistics for repeated measurements including the median and standard deviation. RS80A with Prestige incorporates Samsung’s new advanced 3D technology, Natural Vue. The feature strengthens morphological expressions compared with the existing Realistic Vue and makes it possible to create realistic expression of internal body images. With the application of the 3D/4D reflection mode, Natural Vue can show even a minute protrusion that basic imaging is unable to display. The system also features Arterial Analysis, which supports earlier detection of cardiovascular diseases by executing both morphological and functional analysis of the vessel.
Highly portable and battery-operated, the MyLabGamma compact, wireless-connected ultrasound offers fast boot times and a rapid resume from standby mode so that the system is ready to use within seconds. Integration of wireless connectivity, a class leading feature for a system of its size and price, facilitates easy, one-click networking with other systems and local networks as required. The simple-to-use eTouch screen-based interface guides the operator through set-up and image capture, enabling faster workflow. A high resolution widescreen monitor can be rotated through +90/-90 degrees to increase comfort, and allows an examination to be shared with the patient or a colleague. An almost silent cooling system improves the quality of the working environment and reduces operator disturbance. Two transducer connectors allow two probes to be connected to the system: switching the probe selection during an examination is simple, further increasing efficiency and workflow. An optional multi-connector is available, allowing up to four transducers to be connected and selected via the intuitive software interface. MyLabGamma also comes with remote service capabilities. For cardiovascular applications, MyLabGamma is equipped with comprehensive cardiac and vascular ultrasound packages, and provides excellent image quality in a very compact size. Advanced tools (QIMT, XStrain), TEE Probe, Post Processing, Wireless connectivity – customizable measurements and flexible configuration – coupled with a tailored reporting package make MyLabGamma the complete solution for cardiovascular scanning in the clinic and on the move. MyLabGamma is also well-suited to other applications, including general imaging, women’s health, anesthesiology, emergency and critical care. The system represents a perfect solution from point-of-care to shared ultrasound services.
MAQUET FLOW-i is now available with optional Automatic Gas Control (AGC). The new AGC option provides staff with an advanced prediction tool for improved efficiency and ease of use in the administration of anesthetic gas delivery. The unique AGC prediction tool with speed selection allows the user to forecast a time to reach the end-tidal agent target level while AGC automatically controls the gas delivery more efficiently than conventional anesthesia systems. AGC smoothens the anesthesiologist’s workflow by freeing up time that can be devoted to other aspects of the clinical care of the patient. MAQUET FLOW-i with AGC improves the oxygen delivery control during anesthesia by a single FiO2 setting which efficiently provides the specific oxygen concentration to the patient. Furthermore, the standard O2GUARD reduces the risk of hypoxia.
A new functionality has been added to the Proxima patient dedicated arterial blood gas analyser to allow direct connectivity to hospital information systems. This is crucial in the efficient management of patient data generated by the Proxima system and enables point-of-care coordinators and other laboratory staff to remotely monitor the use and performance of this new analytical in-line system being used directly at the patient’s bedside. The new enhancement ensures that all patient test data for blood gas and electrolyte measurements, as well as system quality control data, can be transferred via an Ethernet connection to the hospital information network. This direct data transfer uses the standard HL7 communication protocol format that is easily integrated into information management systems, such as the Laboratory Information System and electronic Patient Data Management Systems. The CE-marked Proxima supports proactive patient care, particularly at critical times, since it enables rapid and frequent measurement without leaving the patient. This is possible as the Proxima sensor is a miniaturized version of a blood gas analyser that is integrated directly into the patient’s arterial line, meaning that all blood is returned to the patient. Operated using the dedicated bedside monitor with touch screen interface, the system provides simple, clear routines guiding the user. Patient results are then displayed clearly on this monitor and also electronically transferred for permanent record within information management systems.
Thales is presenting the expansion of their portable detectors range, innovative solutions for digital mobile X-ray, surgical solutions as well as the new generation GigE camera for conventional image chain. The new products include the Pixium Portable 3543 EZ which is now available with a Gadox scintillator. A new detector, Pixium Portable 3543 EZh-C with integrated handle mechanics, will also complete the range. In addition, Pixium 2121S-A is the new flat panel for surgical C-arms and a true alternative to conventional image chains. Its new generation CsI and innovative pixel design brings unrivalled image quality at low dose. Compact design and new software features provide critical advantages for simplified integration. Finally, TH 8770, the new generation GigE Vision CCD camera based on Thales experience in conventional X-ray imaging, is designed for a perfect match with X-ray image intensifers.
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The Symbia Evo Excel SPECT system is a new version of the successful Symbia E. Symbia Evo Excel that combines industry-leading SPECT image resolution and detector sensitivity with the smallest room size requirement in its class. Designed to fit into almost any existing nuclear medicine exam room, Symbia Evo Excel virtually eliminates costs associated with room renovation and expansion. With a high-capacity patient bed, larger bore size compared to previous systems and highly flexible detectors, the system is optimized for obese or critically ill patients and increases the variety of applications a healthcare institution can offer. With a room size requirement up to 29 percent smaller than for conventional systems in its class, Symbia Evo Excel fits in a room as small as 3.60 m (11 ft 8 in) x 4.57 m (15 ft). The system improves patient comfort with a 30 percent larger bore [102 cm (40.2 in)], compared to its predecessor, and a high-capacity patient bed that supports patients up to 227 kg (500 lbs). The bed also improves accessibility for patients with limited mobility with a convenient minimum access height of 53 cm (21 in). The exceptional detector flexibility allows imaging of critically ill patients on a gurney or in a hospital bed. Additionally, the short tunnel length and maximum scan length of up to 200 cm (6 ft 7 in) improves patient comfort for claustrophobic and tall patients. The detector heads easily rotate into numerous positions, including caudal/cephalic tilt, providing comprehensive imaging configurations for general purpose, cardiology, oncology and neurology studies. Symbia Evo Excel addresses the demand for a cost-effective modernization option for nuclear medicine departments looking to avoid renovation of existing infrastructure.
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