Developed specifically for anesthesiologists, the completely new EXAPAD scanner brings on an innovative way to adjust the parameters of the scanner when using it for nerve blocks. The special features EchoTouch, EchoVoice and EchoPad are all developed by ECM’s R&D team in close collaboration with wellknown anesthesia specialists in order to make the EXAPAD the ideal working tool for regional anesthesia. The scanner provides unequaled precision of image quality, free hands for the needle placement and control of the scanner even in a sterile environment. Together with easy disinfection and cleaning, EXAPAD answers all the needs of the most demanding anesthesiologist for a scanner dedicated to ultrasound-guided regional anesthesia. Read more
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CE marked in September 2016, the Carestream OnSight 3D Extremity System is a Cone Beam Computed Tomography (CBCT) designed to provide pristine 3D images of extremities at the point of care. It has an easy-open bore and patient access to allow weightbearing studies not possible with traditional CT. In addition, site and install requirements are low to enable a fast and convenient imaging process for timely diagnosis and commencement of treatment. Because of these characteristics it represents a perfect clinical solution for hospital and imaging centres but also for urgent and emergency care facilities. Furthermore, a signifi cant limitation of current CT technology is that current technique forces image acquisition with the subject in a supine relaxed position. The OnSight 3D Extremity System is designed to acquire low-dose weight-bearing 3D images with no compromise in terms of image quality. Preliminary clinical studies in particular on knee and foot and ankle are showing improvement in objective measures in case of instability which should lead to improved clinical and surgical patient care. Additional potential benefits include better quality images with a lower radiation dose than conventional computed tomography that could also lead to increase confidence in the diagnosis. Concerning siting and installation, the unit has a small footprint and it is mobile. It is less expensive than a traditional in-hospital or radiology centre CT scanner, and can be used with existing electrical systems. Read more
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Quo-Test and Quo-Lab from EKF Diagnostics now come with POCT1-A2 connectivity, QC and user ID lockout as standard. It is now possible to record patient ID easily with a barcode scanner, or by using the new keyboard and complete patient records with new demographic information, such as family name and date of birth. The new connectivity upgrade also features QC lockout functions, with three different QC schemes designed to enforce regular testing of QC materials (after a period of time, after a number of tests or at a defined time). Users can now add additional commentary to test results, via the keyboard or by selecting from a pre-defined list. Quo-Test and Quo-Lab exploit the so-called fluorescent quenching properties of a patented reagent to measure HbA1C, matching the performance of existing laboratory-based methods. The total amount of hemoglobin is also quantified by absorption measurement. The combination of these two measurements produces an HbA1C percent result. The system is a fully automated homogenous assay i.e. there are no separation steps and all the critical steps that may influence or affect the quality of the result are controlled. All of this combines to deliver results in about three minutes from a blood sample of under 5 mL. Read more
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The INCU II incubator/radiant warmer analyser enables biomedical technicians to easily test and verify the performance and safety of infant incubators, transport incubators, and radiant warmers. The INCU II is an all-in-one analyser that supports IEC standards to accurately assess the environmental parameters of infant incubators and radiant warmers. Weighing under 1.4 kg, the compact INCU II can simultaneously measure relative humidity, airflow, sound, and six independent temperature points. Its colour-coded probes make it easy to switch between the sensors for testing temperature in an incubator or the five pucks for verifying the environment of a radiant warmer. The large LCD screen of the INCU II displays real-time test results, along with pass/fail indicators. Once an incubator reaches a steady temperature, it takes just 15 minutes to conduct a sequence of tests, which can be customized and stored in the analyser. Test data can then be sent and monitored from a computer, using a USB cable or the INCU II wirelessly. In addition, the INCU II comes with a placement pad that helps technicians learn how to correctly place the temperature sensors and pucks. Along with complying with the latest global industry standards, including IEC 60601-2-19 (incubator), IEC 60601-2-20 (transport incubator), and IEC 60601-2-21 (radiant warmer), the INCU II supports China sound standards (Class II). Read more
Combining invasive and noninvasive modes with the options of nCPAP and high flow oxygen therapy in a very small footprint, the HAMILTON-C1 neo dedicated neonatal ventilator provides tidal volumes as low as 2 mL for effective, safe, and lung-protective ventilation even for the smallest patients. Both the proximal flow sensor, designed to minimize the dead space, and the neonatal expiratory valve were developed specifically for neonates. The precise measurement of pressure volume, and flow directly at the airway opening ensures the required sensitivity and a quick response time. The most fragile patients should benefit from a better synchronization and less work of breathing as a result. With the enhancement of an integrated high flow oxygen therapy mode, the device offers a variety of therapy options. In just a few steps, the user can swap the interface and use the same device and breathing circuit to accommodate the changing needs of neonatal patients. The nCPAP modes of the HAMILTON-C1 are engineered in such a way that the operator only needs to set the desired CPAP/PEEP. The flow is subsequently adjusted automatically based on the patient’s condition and potential leaks. This prevents unintended peak pressures and guarantees highly efficient leak compensation. In addition to the standard nCPAP mode, the HAMILTON-C1 neo also features the biphasic nCPAP-PC (pressure controlled) mode. This mode allows the setting of two pressure levels as well as the rate and inspiratory time. This versatile ventilator is suitale for use in the delivery room and intensive care unit, as well as during intrahospital transport. Read more
The OPTIVISTA EPK-i7010 Video Processor features both digital and optical enhancements, a unique combination that provides detailed information for more accurate endoscopic in vivo diagnosis through improved vessel and mucosal pattern characterization. The introduction of OPTIVISTA offers physicians both digital (i-scan Surface and Tone Enhancements) and optical enhancement (i-scan OE), with the new optical filter producing bandwidth-limiting light. When combined with image enhancement processing technology i-scan OE clearly displays the surface structures of blood vessels, glandular ducts and mucosal membrane in higher contrasts than white light. This unique combination with the proven digital i-scan technology, in one video processor, provides an enhanced view of the mucosal structures and vascular patterns, supporting early detection, demarcation and characterization. Physicians can switch seamlessly in real time amongst HD+ white light and three i-scan modes which includes i-scan OE to view multiple aspects of tissue structure. In addition to improved diagnosis, OPTIVISTA is a powerful teaching platform. TwinMode is useful in teaching the appropriate interpretation of image enhanced endoscopy, providing simultaneous comparison of side by side endoscopic images. The simultaneous comparison of enhanced clinical images is particularly useful in demonstrating the appropriate characterization of lesions. Also included with the OPTIVISTA is the ability to perform video recording, enabling the capture of HD+ video files onto a USB storage device. Audio recording for video is captured through an external microphone. The new, intuitive touch screen controls allow for simple and efficient operation. For optimum image collection, the OPTIVISTA incorporates freeze scan technology which automatically selects the sharpest picture for users Read more
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AngioPLUS is a significant advancement in colour doppler imaging. Conventional doppler is limited in its ability to show microvascular slow flow. Angio- PLUS significantly improves colour sensitivity and spatial resolution, resulting in the next level of microvascular imaging to visualize flows that couldn’t be seen before. Soon available on Aixplorer, this new imaging tool will provide highly detailed real-time information to physicians, which is key in diagnosing cancerous lesions. Lesion microvascularization and vessel flow are important indicators of a potential malignancy in areas such as breast, lymph nodes, thyroid and liver. This technique is also valuable for musculoskeletal assessments to help identify low-grade tendon inflammation. Read more
Azienda Socio Sanitaria Territoriale (ASST) Vimercate Hospital in Italy has implemented Fujifilm’s REiLI artificial intelligence system to assist healthcare practitioners on the frontline in the fight against the COVID-19 pandemic.
Due to the pandemic, operations and workflows in Italian hospitals were disrupted, which significantly increased workloads. As a consolidated partner of Vimercate, Fujifilm wanted to ensure its cutting-edge tools were available to reduce the impact caused by the rapid spread of COVID-19 by assisting in speeding up workflows.
REiLI’s processing of CT scans and chest x-rays provides important support for radiologists, offering them an extremely rapid, quantitative and objective assessment of the various zones of the lungs. The chest x-ray, in particular, is the best example of applying the new AI technology, in that it produces a quick and simple examination which provides a large amount of useful information for evaluating the presence of the pulmonary parenchymal consolidation caused by the virus.
The data obtained from artificial intelligence does not replace the molecular diagnoses performed using the nasopharyngeal swab (RT-PCR), nor does it replace the analyses and diagnoses performed by the radiologist. The data, however, does provide support in reporting on daily examinations conducted to monitor and study the development of the disease, and constitute a second opinion for the operators.
Commenting on the REiLI artificial intelligence system, Marcello Intotero, Head of Radiology Structure and Diagnostic Services Department at ASST Vimercate Hospital, said: “REiLI’s support has allowed our radiologists to report examinations with greater speed and efficiency. This new technology has given great support to the workflow; all images that the artificial intelligence system identified as suspected COVID-19 were subjected to processing by the radiologist in a faster and more urgent manner.”
REiLI is integrated with the Lunit Insight CXR module for the analysis and detection of the main types of pulmonary disease. The Lunit Insight CXR3 module was updated to provide support in specifically identifying the pulmonary parenchymal consolidation caused by the virus.
Giovanni Delgrossi, Head of the IT Department at ASST Vimercate noted that during the health emergency, more than 80 chest x-rays of patients were analysed each day at the hospital. “If no priority is set for the examinations to be reported, it may take hours to identify a particular x-ray which may require prompt, immediate action from doctors. In an emergency like the current one, we need to react and act even more quickly,” he said.
Discussing Fujifilm’s REiLI AI system, Nicola Bilibio, Clinical Specialist Medical Informatics (CSE) Fujifilm Europe GmbH explained that AI is a new operating concept projected towards collaborative intelligence between machine and man. “This is a fundamental tool for optimizing workflow and for screening patients for COVID-19. During the emergency, we promptly made our most advanced technologies available to make a concrete contribution to the crisis.”
For more information, visit: http://reili.fujifilm.com
About REiLI on YouTube: https://youtu.be/M6ISuRmvQbY
AMULET Innovality is Fujifilm’s flagship in digital mammography solutions. Images resulting from its innovative approach to tomosynthesis clinical application – two different acquisition modes, to better fulfil breast screening and diagnostic mammography needs – with unsurpassed 50 micron pixel size, will be shown together at the booth.
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Canon Medical Systems Corporation enters the premium 1.5T MRI market with the launch of its new Vantage Orian system. Vantage Orian is one of Canon Medical Systems’ first major product releases since officially changing their company name from Toshiba Medical on January 4, 2018, and represents a major foray into the premium wide bore 1.5T market along with new technology designed to boost productivity, enhance patient comfort and deliver diagnostic clinical confidence to users and patients alike. With a new slim gradient that delivers a gradient performance with a maximum amplitude of 45 mT/m, combined with a slew rate of 200 T/m/s that enhances high resolution and diffusion imaging, Vantage Orian offers high performance imaging capability previously not available on 1.5T systems from Canon Medical Systems and utilizes migrated high-end 3T technology. Canon Medical System’s PURERF and Saturn Gradient technology means that stable and consistent imaging performance is ensured, increasing signal to noise ratio (SNR) by up to 38%. The Vantage Orian offers a range of new Rapid Scan and Easy Tech technology that reduces scan time and helps improve workflow. A redesigned gantry interface and dockable table ensure seamless patient handling. New applications like Multiband SPEEDER, that shortens acquisitions such as high angular resolution diffusion imaging (HARDI), and up to x8 accelerated k-t SPEEDER allows high frame rate cardiac cine and perfusion imaging with free breathing. Vantage Orian also offers one of the smallest footprints in the 1.5T wide-bore class and low power consumption eco features that reduce energy use by up to 21%. The reliable system is equipped with excellent maintenance programs to satisfy the needs of hospital administrators. A relaxed patient is key in MRI, and Vantage Orian features quiet scan sequences that reduce ambient noise by Pianissimo Zen technology. The 71cm wide bore and immersive virtual MR Theater are designed to put patients at ease. Vantage Orian also addresses challenging patients with Pediatric SPEEDER coils, contrast- free applications and ForeSee View for simplified scan planning. Read more
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