Philips’ new FlexArm gantry on its Azurion platform opens up imaging and patient positioning opportunities for image-guided procedures. During increasingly complex interventions, clinicians need to quickly and easily visualize critical anatomy and identify changes to the patient during the procedure. Azurion with FlexArm includes a set of innovations that makes it easier for the clinician to perform imaging across the whole patient in both 2D and 3D. As the clinician moves the system, the image beam automatically maintains alignment with the patient, allowing more consistent visualization and enabling them to keep their focus on the treatment. The system is ideally suited for Hybrid ORs that cater to multiple specialties in one room, such as a combination of surgical and endovascular procedures.
High-quality images taken with the Viera wireless ultrasound scanner are comparable to mid-tier cart systems, and are easy to access. Images are transmitted directly to a smart device – with or without Internet access. They can be integrated seamlessly with existing PACS infrastructure or by the convenience of the Cloud. And with many preset imaging controls, including automated gain and frequency settings, Viera ultrasound is as easy to use as the camera on a smartphone. Viera ultrasound provides easy access to imaging throughout the facility, including preset modes for breast, dense breast, interventional, vascular and small parts applications. Viera handheld ultrasound is a wireless tool that leverages existing smart devices – no Internet access required when scanning. Viera ultrasound’s exceptional portability gives on-demand access to imaging. It offers an efficient way to perform guided interventional procedures, like biopsies, marker placements, and wire localizations. It also helps augment capabilities for facilities with limited imaging capacity. The Viera portable wireless ultrasound scanner is ideal for quick diagnostic looks, visual confirmations, interventional procedures, vascular access, and small parts exams and procedures. Easy access to these capabilities will help optimize clinical workflow and patient pathway. Features includes preset modes for breast, dense breast, and interventional procedures; customizable annotations package enabling efficient documentation; breast reporting package for quickly documenting services and ensuring accurate billing and audit. This portable ultrasound scanner is wireless, works with a mobile app and is compatible with most iOS and Android smart devices available today. And, unlike traditional systems, Viera ultrasound can be carried around for quick exams and guided procedures. Read more
Designed to meet the requirements for a wide range of applications and clinical environments, the Sonimage HS1 delivers premium performance and an intuitive workflow, combining the advantages of a mobile solution with high performance and advanced features. Konica Minolta’s Ultra broad-band transducers in combination with the advanced 3THI (Triad Tissue Harmonic Imaging) deliver an exceptional resolution and image clarity through the whole picture, starting from the very first millimeters. The Simple Needle Visualization (SNV) technology enhances the needle visualization on the ultrasound image. SNV is straightforward and effective and supports ultrasound-guided procedures, performed with both in-plane and out-of-plane approaches. For in-plane interventions Sonimage HS1 detects automatically the needle, optimizing its visualization. Simple Clear Flow provides a precise and sensitive visualization of low flow velocities, enabling early detections. The Sonimage HS1 offers the possibility to display the 18MHz imaging scaled down to 1 cm depth which provides a comfortable visualization of details on the screen. The Sonimage HS1 features an intuitive user interface, thanks to the touch screen technology on the 15” IPS LCD monitor. It also offers the possibility to display the ultrasound image full screen, making it 133% larger. The Sonimage HS1 also implements phased array technology, meeting the requirements for cardiac applications with tools and features, such as TDI and CW-mode. Auto IMT (intima-medial thickness) calculation is an advanced quantification application to assess arterial health. This non-invasive method to evaluate cardio-vascular risk also calculates vascular age and Framingham risk factors. Strain elastography, a real-time qualitative imaging method displaying the relative stiffness of tissues, is also delivered by the Sonimage HS1, providing further clinical information in the assessment of soft tissues and superficial lesions.
Supporting general radiography, fluoroscopy and free exposures, the DR 800 is a highly versatile, fully integrated three-in-one digital imaging solution which offers performance, ease of use and flexibility. Suitable for a broad range of applications, the system encompasses all types of exams, eliminating the need for additional specialist rooms. Remote-controlled capability, auto positioning, 180 cm maximum Source Imaging Distance (SID) and radiation-free positioning enhance patient and operator satisfaction and comfort. Generator and digital imaging functionality are seamlessly integrated in the table control console, while the powerful dynamic MUSICA image processing assures superb image quality and a more efficient workflow.
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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
AI-Rad Companion Chest CT, an intelligent software assistant for radiology, was recently awarded the CE mark. This artificial intelligence (AI)-based software helps radiologists interpret CT (Computed Tomography) images of the thorax faster and more precisely, and to document the findings in less time with the help of automatic measurements. AI-Rad Companion Chest CT is the first AI-based application on the new AI-Rad Companion platform, and is vendor-neutral, which means the software can evaluate image data from many CT system manufacturers. Siemens Healthineers plans to expand this platform so that more and more intelligent algorithms will be available for additional organs and modalities. This will enable the company to consistently expand its portfolio of effective solutions for AI-based clinical decision support. Results drawn up by radiologists can vary by some 10-20 percent, depending on the investigator. Algorithm-based diagnostics completely obviate this variability, generating constant results. That alone is a huge advantage of AI platforms like AI-Rad Companion. Using CT images of the thorax (chest), the software can differentiate between the various structures of the chest, highlight them individually, and mark and measure potential abnormalities automatically. This applies equally to organs such as the heart and lungs, aorta, and vertebral bodies. The software automatically turns the findings into a quantitative report, which can be called up via the image viewing system used by the radiologist in the clinical routine. In certain circumstances, the intelligent assistant also alerts physicians to potential abnormalities that would otherwise have been missed because they were not the focus of the original examination, e.g. chance discoveries of pathological dilations of the aorta (aneurysms). Examination using a chest CT is a procedure often used in everyday clinical practice. For radiologists, this means more examinations in a limited amount of time and usually for low reimbursement rates. AI-Rad Companion Chest CT is a tool that can actually simultaneously increase productivity and quality in diagnostic radiology. AI-Rad Companion Chest CT is a cloud-based solution and uses certified, secure teamplay infrastructure that complies with the Health Information Portability and Accountability Act (HIPAA) in the U.S., and with the General Data Protection Regulation (GDPR) in the EU. The software conforms to Digital Imaging and Communications in Medicine (DICOM) standards. The images and all supporting information can be made automatically available in the picture archiving and communication system (PACS) in line with the radiologist’s individual requirements. Read more
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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RaySafe X2 Solo is a new product line that covers the measurement needs of specific X-ray modalities. It’s based on the same technology as RaySafe X2, but instead of multi-modality capability, each model meets specific needs. RaySafe X2 Solo features a large touch screen showing all parameters simultaneously, sensors ready for measurements without special settings or modes and a base unit storing all readings and showing full waveforms. It offers true ease-of-use, which saves valuable time and minimizes the risk of making faulty measurements. RaySafe X2 Solo removes unnecessary steps in taking a measurement – like positioning the sensor, choosing a setting, or interpreting results. The R/F and DENT sensors are both orientation-independent so the only thing to do is to place the sensor in the X-ray beam and turn on the instrument. The rest is automatic – no menus or special settings needed. RaySafe X2 Solo combines state-of-the-art sensor technology with an intuitive and proven user interface, ensuring user friendliness. Each X2 Solo includes a specific sensor to cover specific needs.
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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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Aspect Imaging’s Embrace Neonatal MRI System is the world’s first FDA-cleared and CE-approved dedicated MRI system installed inside the NICU. It can provide a high-resolution MRI scan for babies weighing from 1.0 Kg to 4.5 Kg and a head circumference up to 38 cm. Embrace has been designed specially to be placed inside the NICU to avoid the risks of transporting infants to an external MRI facility, enabling safer imaging of newborns and allowing medical staff and parents to be present during the scan. Due to its unique design, the system can also scan intubated babies without having to disconnect and reconnect any tubing. The total Prep and Scan process takes less than an hour. Embrace is quieter than traditional whole-body scanners and features a permanent magnet that has low power consumption and requires no electrical, cryogenic or water cooling or a special safety zone or RF-shielded room. This means that for the first time a dedicated neonatal MRI – FDA-cleared and CE-Approved – can be placed inside the NICU without the risks and limitations of traditional MRI systems. Additionally, Embrace features the Neonatal Capsule – an integrated, temperature-controlled, incubator-like patient bed which minimizes movement of the baby, allowing continuous control of the baby’s environmental temperature and continuous monitoring of its vital parameters. Shaare Zedek Medical Center in Jerusalem, Israel, has recently installed Aspect Imaging’s Embrace Neonatal MRI System inside its Neonatal Intensive Care Unit (NICU), where it is in regular use. Read more
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