Sectra DoseTrack provides a well-tested solution that contributes to enhanced efficiency and increased patient safety. The solution is developed in close customer-vendor collaboration and has been used in the Sk
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Carestream’s latest version of image acquisition software includes innovative standard and optional features for its CR and DR systems: Bone suppression is designed to create a companion image to suppress the appearance of posterior ribs and clavicles while enhancing the visualization of soft tissue in the chest; and IHE Dose Reporting collects and distributes dose information from all Carestream DR and CR systems to a healthcare provider’s PACS.
The new bone suppression feature is designed to increase diagnostic confidence due to improved visibility of lung nodules and other pathology. Since the companion image is automatically generated from the original chest image, it will be available in seconds and requires no additional exposure to the patient or a separate X-ray exam. This feature will be available for portable and room-based CR and DR systems. Carestream’s existing image acquisition software offers the ability to create companion images from an original X-ray exposure that can enhance visualization of tubes, PICC lines and pneumothorax.
Designed for high portability, the light and easy to carry ProSim 3 and 2 vital signs simulators enable the conducting of preventive maintenance and repairs in the field. Intended for high acuity scenarios like ER calls, the Pro- Sim 3 with four IBP channels ensures multi-channel monitors are performing correctly. It is equipped with enough battery life for a full work day, stayconnected ECG posts for secure lead connections, upgraded DIN connectors for cable and ProSim compatibility, and field upgradability so it easily pairs with other devices for comprehensive testing. The ProSim 3 patient simulator has the perfect amount of features for field work. It tests ECG (ST segment, pace and arrhythmia included), respiration, invasive blood pressure, temperature, cardiac output, and fetal/maternal. The ProSim 2 patient simulator tests two parameters less: cardiac output and fetal/maternal, and has two fewer invasive blood pressure channels.
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The large 12.1 LCD, high definition touch screen of the VitalMax 4000 patient monitor is fully configurable to the needs of any care setting. Standard functions include 3 or 5 lead ECG, non invasive blood pressure, SpO2, temperature, impedance respiration and ST segment analysis/arrhythmia analysis. The optional external module for end-tidal CO2 monitors the patient’s continuous carbon monoxide levels before a breath, compared to the levels after. All VitalMax monitors have an end-tidal CO2 port connector standard on the front panel. The VitalMad uses a reusable Nafion tube line that absorbs moisture in the patient’s breath (dehumidification), eliminating the need for a water trap and risks of cross contamination. Other optional functions include two invasive pressures, anesthetic agents with agents ID, HTS 820 central station, built-in 3-channel thermal printer and Δ Temperature.
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Today’s operating theatres are simply brimming with the latest technology, and surgical staff has to know how to correctly work any number of medical devices whenever needed. Variations in how the various devices are controlled present just as big a challenge as the increasing sophistication of system functions. Delays and insufficient coordination in the operating theatre not only cost time and money, but can also compromise safety and increase stress. The TruConnect control and training system centralizes information and device control. It enables both mobile and stationary control of a variety of Trumpf operating theatre components, offering convenient, handheld and touch screen control of integrated devices safely, reliably and in different rooms. Users are free to move from one operating theatre to another, using a handheld unit to control the devices in each room. Thanks to its novel, real-time localization capability, TruConnect recognizes exactly which devices a particular room has and how they are configured, ensuring that mobile control is safe. Simple and safe control is underpinned by graphical representation of devices. The system also supports the use of multiple portable TruConnect Control devices at the same time in one operating theatre. This means one person can be adjusting the operating table while another person attends to the surgical lighting, camera and image documentation. Now for the first time, certain devices can be visualized in 3D. Depending on the device, a 3D visualization of integrated devices can be displayed on the touch screen and adjusted with simple swipe gestures. For instance, if the operating table’s left leg plate needs to be angled down, all the controller has to do is to tap the plate on the 3D visualization and drag it downward. The control panel helps by providing a simulated preview and information such as the current tilt angle. With elements clearly organized on the screen, it takes almost no time at all to master the system. There are short, easy-to-understand video tutorials to complement the intuitive control concept. It is quick and easy to switch between available devices and call up tutorials or device manuals. The system fulfills all hygiene requirements of today’s surgical wings. Communication between the portable TruConnect Control unit and the TruConnect server is managed by the TruConnect Wallstation. Taking up a minimum of wall space in the operating theatre, the Wallstation can be installed just as easily in new buildings as when refurbishing existing ones. The portable control is a handheld nerve centre with a touch screen. Impact-protected by a bumper, its special case means it can be used in sterile environments. Using reliable induction technology, it can be charged up quickly and wirelessly via the TruConnect Dock, which simplifies cleaning and eliminates unnecessary cabling. TruConnect is based on a flexible, extendable app concept coupled with a range of innovative technologies. It can be used to control Trumpf operating tables, lights, cameras or the customer’s own music selection. Smartphones, iPods and iPads can be controlled via a wireless connection. The app concept is designed to integrate additional functions.
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The new generation of the Ziehm Vision RFD Hybrid Edition offers, for the first time, full motorization of a mobile C-arm in four axes: horizontal, vertical, orbital rotation and in angulation. Each position can be stored at the touch of a button and called up again at any time. This allows the operator to access the desired viewing angles and anatomic visualizations without having to constantly reposition the system on the OR table. The operator must deliberately touch any two contact points on the joystick (Position Control Center) with the fingers to activate movement of the C-arm
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The ESA615 Electrical Safety Analyzer brings fast and simple automated testing to a portable analyzer. Whether it is simple testing or comprehensive analysis, the ESA615 can do it all. This multifaceted device performs all primary electrical safety tests, including line (mains) voltage, ground wire (protective earth) resistance, insulation resistance, device current, and lead (patient) leakage tests. It also offers ECG simulation and point-to-point voltage, leakage and resistance tests. Versatile to global electrical safety standards, the ESA615 tests to ANSI/AAMI ES1, NFPA-99, IEC62353 (VDE751), IEC6060-1 (2nd and 3rd editions) and AS/NZS 3551.
Why should you choose the ESA615?
The Ambu aScope 3 line is the innovative alternative to conventional scopes for airway endoscopy. They are instantly accessible, sterile straight from the pack and they require no further handling and reprocessing. They suit a wide range of endoscopic procedures: from intubation and bedside bronchoscopy procedures to training of intubation and bronchoscopy skills. aScope 3 has a 5.0 mm insertion cord diameter and a channel width of 2.2 mm while aScope 3 Slim has a 3.8 mm insertion cord diameter and a channel width of 1.2 mm. They are compatible with the aView reusable monitor, a portable touch-screen monitor with a user friendly interface. Thanks to an intuitive navigation and a high resolution image quality, the anatomical landmarks are easily identified. aView allows taking pictures and videos and saving them for later reference. With the USB interface, data can be easily transferred.
The Evita V300 is a customized intensive care ventilator that can meet the wide spectrum of clinical therapy requirements. Depending on what is required, the team of physicians can supplement it with ventilation modes, applications or screen displays. For example, SmartCare/ PS provides an option for weaning patients from mechanical ventilation. The device automatically leads the patient back to completely independent breathing and can shorten the total duration of ventilation considerably. Transportation of intensive care patients between clinic departments continues to increase. For this reason, seamless intensive ventilation has gained significance because changing devices can lead to complications. The Evita V300 is equipped to be installed in a supply unit, mounted on a cart next to a patient’s bed or to be taken along when transporting the patient in the clinic.
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With its premium features and large userfriendly display, the new Noblus from Hitachi Aloka Medical was developed as a diagnostic ultrasound platform that can be used in many different clinical settings for a wide variety of examinations. The Noblus is designed in the form of a laptop PC with an optional cart, bringing a flexibility of style optimizing its use, whether on a desk in the consultation room, at the patient bedside in ICU, or in an emergency room. As a winner of the Good Design Award 2012, the quality of its design has already been acknowledged by the Japan Chamber of Commerce and Industry. Although compact in design, Noblus has premium features that can be exploited in many different applications, including Realtime Tissue Elastography, a premium feature previously found only on larger cartbased systems, which is used to assess the relative elasticity of tissue, providing increased diagnostic confidence in the benign or malignant nature of lesions in the breast, thyroid, prostate, gastrointestinal tract, and many others. Migrated from high-end HI VISION systems, Hitachi Aloka’s Ultra BE, the digital signal circuit dedicated to ultrasound processing, brings reliable diagnostic performance and premium image quality. Noblus has its own dedicated range of smart connector transducers for standard applications, and is compatible with many transducers from the HI VISION series: specialist transducers for biopsy, interventional, intraoperative, endocavity and endoscopic examinations; and it also supports Single Crystal transducers where the entire element array is created from a single crystal, providing higher sensitivity and wider bandwidths than achieved with traditional transducers. Its space-saving design allows the operating console to fold up, providing more desk space between exams. Equipped with a battery and supporting wireless DICOM communication, Noblus offers smooth mobility for portable rounds within the hospital. Smart Touch Feature allows parameter adjustment by direct touch of the screen, allowing the examiner to maintain his focus on the ultrasound image.
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