CT16 16 Slice CT Scanner CT16 High Performance Imaging System ★ Retina Solid State Detector technology to ensure high image quality. ★ Ultrafast Scintillator Technology and Application Optimized Algorithm to enhance image details. ★ Integrated AntiScatter Grid (ASG) and A/D technology (ASIC) to maximize SNR. Better and Pleasant User Teknologikedokteran terus mengalami perkembangan. Alat-alat tercanggih muncul untuk memberikan pelayanan kesehatan terbaik. MSCTCcan 128 Slice Somatom go.Top RS. GADING PLUIT merupakan pemeriksaan dengan sinar-X yang mampu memberikan detail gambar dari bagian tubuh manusia seperti kepala, tulang belakang, dada, perut, dan pembuluh darah. GADING PLUIT didukung oleh tenaga dokter yang profesional dan telah berpengalaman dengan alat CT-Scan baik untuk keperluan FujifilmSupria 128 slice (CT Scan) Request a Quote. Supria is ideal for broad range of CT examinations. It delivers excellent image quality. and all for a modest investment. High-speed scanning with sub-second rotation time requires less than one second per rotation. Latest technologies come as standard for high-image quality, low dose Generasiterbaru dari CT scan yaitu MSCT scan 64 slice (Multi Slice Computed Tomography Scanning 64 slice) yang mampu menghasilkan gambar secara rinci dari bagian tubuh manusia seperti kepala, dada, perut, pembuluh darah dan sebagainya. Jumlah ukuran matriks yang dapat digunakan yaitu 80 x 80, 128 x 128, 256 x 256, 512 x 512 dan 1024 x 1024 Vay Tiền Nhanh Chỉ Cần Cmnd Nợ Xấu. Computed Tomography, or CT, refers to computerized imaging procedures where an x-ray beam is aimed towards the patient and rotated around the body, in order to create cross-sectional images of the body. The word “tomography” is derived from Greek for, “tomos” meaning section or slice and “graphe” meaning drawing. In referring to CT scanners, the word “slice” is often mentioned, but does it refer to? The term slice refers to the number of rows of detectors in the z-axis of a CT. For example, in an 8-slice CT, there are eight slices of data captured for each rotation of the gantry. The first CT scanners offered single slice CT SSCT images but now there are multiple-slice CT scanners MSCT. The limitation with using a SSCT was that the thinner slices requiring high image-quality were not achievable unless the region to be scanned was very restricted, leading to low-quality images. A solution to this issue was to utilize the x-ray beam, incorporating multiple rows of detectors, thereby collecting more than one slice at a time and reducing the number of rotations needed. This method also led to the development of MSCT technology. The primary difference in the hardware between the two methods is the design of the detector arrays. SSCT detector arrays are one dimensional, consisting of high numbers of detector elements in a single row, whereas the MSCT allows for each individual element to be divided into several smaller detector elements creating a 2-dimensional array. As seen in the image, as opposed to a singular row of detectors along the fan beam, there are multiple rows of detectors. The first scanner with more than one row of detectors was introduced by Elscint in 1992 and was called the CT-Twin. This scanner allowed data for 2 slices to be shown simultaneously; this addressed x-ray heating problems, and significantly reduced scanning time. Eventually, the first “modern” versions of MSCT scanners were developed and introduced in 1998 and simultaneously acquired 4 slices, which meant four detector rows corresponding to four data channels. In 2002, the first MSCT scanners providing16 slices were introduced. In the current market, the commonly available CT slice counts include 16, 32, 40, 64, and 128 slices, with less common ones providing up to 256 and 320 slice CT scanners. The 4 to 8 slice scanners are slowly being withdrawn from the market. When patients are put through the CT, the circular opening rotates to take a series of x-rays with each rotation taking approximately 1 second. Multiple slice CT scanners initially could take four separate images through each rotation, but technology has improved to the level that CT scanners can now take between 6 to 128 separate images in a singular rotation, meaning that it takes significantly less time to complete a CT scan. Different slice-counts for CT scans can be useful for many different scenarios. The majority of CT scanners can perform general imaging procedures, to include chest and head exams as well as multiple different body views to scan for any fractures. However, for cardiac procedures, higher slice counts are required to ensure optimum image quality. Multi-slice CT scanners have numerous advantages such as superior image quality and this can enable earlier diagnostic results. This essentially leads to shortening the diagnostic time for the patient, enhancing the treatment, and improving the patients’ long-term outcome. Radiation dosage is always a major concern when getting a CT scan, and with the higher slice CT systems, there is the additional benefit of reducing this dose. With technologies such as automatic exposure control AEC and iterative reconstruction IR, a patient scanned on a higher slice CT will receive significantly lower doses of radiation than a patient on a lower dose CT scanner. MSCT can improve overall patient experience as well. CT scanning is an inherently unsettling experience and now with the ability to capture images faster with multiple slice scanners, patients are able to spend less time on the table, and the scanner puts the images into physicians’ hands faster. MSCT also allows large anatomic body ranges to be scanned producing thin and thick sleeves; thick slices are important for primary interpretation, and thin slices are important for reducing partial-volume streaks and allowing for high quality 3-dimensional reconstructions. In summary, the higher the slice count, the faster the speed of the scan; a conventional single-slice CT scanner may take up to ten minutes to complete a scan whereas multi-slice scanners are able to do the job within seconds. Shortening the time for scanning is especially useful for the treatment of children or others who may find it difficult to lie in one position for an extended period of time. 16-slice CT scanners are the ideal machines for higher-use facilities and for everyday use, particularly where reducing scan time is important. It is a good fit for Urgent Care Centers and hospitals alike. However, 32 and 64 slice CT scanners are becoming standard for imaging centers and hospitals; the accuracy and speed make them very suitable for hospitals with higher patient throughput. These higher slice CT scanners provide longer coverage per gantry rotation than the 16 slice scanners and reduce the likelihood of motion artifacts, which can cause blurring or double images in scans. The BodyTom Elite from Neurologica, a subsidiary of Samsung Electronics, is the world’s first mobile, full-body, 32-slice CT scanner, which incorporates the higher CT slice count as well as the portable aspect which allows for transporting the machine right to the patient’s bedsides for any procedures, as opposed to the traditional method of transporting patients to the radiology room. With the two combined, systems like this can save facilities valuable time and money. In conclusion, there are many advantages to the multiple slice CT scanners over the single slice scanners; these machines can increase the diagnostic capabilities of the scan, resulting in clearer images for the medical professionals, a diminished exposure of radiation for the patients, and better long-term outcomes. Multiple slice CT scanners will continue to evolve and grow as they have become a primary diagnostic imaging tool. By simultaneously scanning several slices of the body, the scan time can be reduced significantly and the smallest details can be scanned within practicable scan times. Multislice CT enables a wide range of clinical applications from 3D to perfusion imaging to CT fluoroscopy. Our systems range from cost-effective 32- slice configurations to outstanding image quality 64- and 128-slice this information help you?Subscribe to news from Siemens Healthineers USA Be the first to know about our events, training, and news Article Main topicsIn this blog post, we provide you with a thorough overview of the differences between CT scanner slice types. By the end of this post, you will be able to distinguish between all kinds of CT scan slices. Perhaps, it will even help you find the right system for your specific before we dive into the different slice categories, let us explain a bit about CT scan slice types in about CT Scan Slice Types Technology has no end, especially when we talk about medical imaging. It is one of the areas that has the biggest space for the past few decades, CT scanner manufacturers, such as Toshiba now Canon Medical, Siemens, GE, and Phillips have adopted different approaches to improving CT scanner performance and provided us with the latest technologies in order to save lives more efficiently. It is also one of the reasons why there are so many different CT slice count types you can choose many slices images does a CT scan take?This ranges from 4 to 640 slices. In the pre-owned market, the commonly available slice counts include 4, 8, 16, 32, 64, 128 slice CT scanners. However, nowadays we encounter more and more CT scanners that provide up to 256, 320, and even 640 CT slice are the benefits of a higher CT scanner slice count? Saves time and reduces your scan timesHigher patient throughputReduced radiation exposureExcellent image resolutionOptions for advanced imaging, such as cardiac examsProvides faste and more comfortable scans for your patients especially convenient for claustrophobic patientsNevertheless, the higher slice count reduces your scan time and produces better quality image resolution, but at the same time, increases your your clinic only performs routine studies, you can choose a lower count CT scanner that is available at lower the best advice we can give you is to think about your patient flow and your budget when deciding on your new CT scanner. If you only perform general studies, higher CT scan slice types will most likely not be worth this article, you will get an overview of CT scanners slices and how they are determined by the exams that you want to you prefer, you can sign up for our e-mail course, which will walk you through the main points of purchasing a CT the CT e-mail courseThe Different CT Scan Slice TypesNow, let us finally dive into the different CT scan slice – 8 Slice CT Scanners4- and 8-slice CT scanners are a good choice if you work in a veterinarian clinic or if your facility can only accommodate a limited number of patients with no need for urgent diagnoses. These CT scanners are the cheapest on the market, but they are less powerful. Scan times are much slower than in CT scanners with higher CT scan slice types. We would only recommend 4 and 8 slice CT scanners if your facility requires no urgent care and you can take time during your provided examinations. Some of the most popular, budget-friendly 4 and 8 slice CT scanners are Toshiba Asteion S4GE BrightSpeed Edge 8Nevertheless, these CTs are slowly being withdrawn from the CT market as they are not as popular as Slice CT Scanners16-slice CT scanners are suitable for general studies, especially if your radiology department has a steady patient flow. These systems are the ideal machines for everyday are faster than the 4 and 8 slice CT scanners, therefore if your priority is reduced scanning time, you a have fairly steady patient flow, and you also offer urgent care, a 16 slice CT scanner is a great choice for systems provide full organ coverage with high-resolution imaging. However, if you are looking for detailed cardiac imaging, such as coronary vessel analysis, you will need to invest in a more advanced CT scanner. Toshiba Aquilion 16A popular and solid 16-slice CT scanner that covers a wide range og needs with a good performance. Learn more Some of the most popular 16-slice CT scanners areToshiba Activion 16Toshiba Aquilion 16Philips MX 16Siemens Somatom Emotion 16GE BrightSpeed Elite 16Siemens Somatom Sensation 16Philips Brilliance 16Toshiba Aquilion RXL32 Slice and 40 Slice CT Scanners32- slice to 40-slice CT scanners generally offer shorter examination time than the previous systems. The obtained image is not influenced by motion artifacts to the same slice count category is a bit more expensive than those with a lower number of 32- and 40-Slice CT scanners areToshiba Aquilion RXLPhilips Brilliance 40What is the difference between a 16 slice and 32 slice CT scanner?CT scanners with 32- and 40- slices are typically found in radiology departments that have a steady patient flow, just like the 16-slice CT main difference is the quicker scan time, compared to the 16-slice CT scanners. The extra slice counts in 32 and 40 provide more coverage per gantry rotation, resulting in time-saving in your examinations. And thus you are able to accommodate a greater number of patients. However, you should also expect a slightly higher price. 64 Slice CT ScannersThe 64-slice CT scanner is a standard for hospitals and imaging centers. It is recommended if you provide advanced exams and if you need to perform basic cardiac and trauma 64 slice CT machine will allow you toSee plaque formation on the walls of arteries and heart contractionsObserve small vessels and arterial branches in sheer images of the finest detailsAnd thus help you diagnose diseases like heart attacks and in mind that although the 64 slice CT scanner can perform cardiac exams, it still requires slowing of the heart rate. And thus, for advanced cardiac studies, it is optimal to have a CT scanner with more slice CT scanners are the perfect match for practices with moderate to high patient throughput. Especially where reduced scan time is the essence. You can produce diagnostic images within 5-10 seconds. Toshiba Aquilion 64The Toshiba Aquilion 64 is a popular, easy-to-use, and fast CT scanner with several unique features Learn moreIf you are required to do complete cardiac examinations, such as calcium scoring or coronary angiogram, please take into consideration that you may need an injector and a post-processing workstation with cardio software on. Some of the most popular 64 slice CT scanners areToshiba Aquilion 64Siemens Somatom Sensation 64Siemens Somatom Definition ASWhat is the difference between a 16 slice and 64 slice CT scanner?The main difference is that the 64-slice is faster than the 16-slice. With some of the 64-slice scanners, you can execute a full body scan in under a have a larger X-ray tube, they are more powerful and provide better the 16-slice systems can only do limited cardio and basic trauma examinations, while with the 64-slice systems you are able to execute more advanced trauma examinations and basic cardiovascular used 16-slice CT machines cost around euros, while the 64-slice systems are Slice CT Scanners128-slice CT scanners are usually found in supporting specialty practices such as cardiac departments or research facilities, where the volume of patients is very high. These CT systems are able to scan the whole body in just seconds and produce outstanding 3D images of any organ. The 128-slice CT scanners provide you with diagnostic information to differentiate between tissues and to make it easier to determine the disease. Toshiba Aquilion CX/CXLA high quality CT scanner that provides 128 slices of high definition in a single rotation. Learn moreThe images can show the blood flow circulation of whole patients can be easily saved by quickly scanning the entire brain and finding the blocked artery or the leaking blood 128-Slice CT scanners areToshiba Aquilion CX/CXLGE Discovery CT750 HDSiemens Somatom Definition ASGE Optima 660Philips Ingenuity 128-SliceWhat is the difference between 64 slice and 128 slice CT Scanner?The 128-slices CT scanners have more rows of detectors, which means that these systems provide larger volume coverage and shorter examination times. This is very useful in cardiac the 64-slice systems can only do basic cardio examinations, while with the 128-slice CT scanners you are able to execute more advanced cardiovascular procedures. Lastly, the price is also one of the differences between 64-slice and 128-slice CT scanners. The 64-slice CT scanners are around euros, while a 128-slice CT system can cost between to euros. Toshiba Aquilion PrimeA high-end 160 slice CT scanner that comes with several innovative technologies. Learn more160 Slice CT Scanners160-slice CT scanners were designed with the latest advances in low-dose systems result in at least 50% less radiation than standard CT low dose provides you with the highest quality images for your best-known 160-slice CT scanner is the Toshiba Aquilion is a 256 Slice CT Scanner?256-slice CT scanners are able to efficiently scan the whole body in seconds, whilst reducing the scan time and being able to image the entire heart in one provide visual details about the structure and function of the heart in high-resolution 3D systems are used primarily to detect coronary artery diseases and to assess coronary artery bypass grafts, cardiac structure, and morphology. They reduce radiation exposure and provide excellent image quality as well as accurate diagnoses. A popular 256-slice CT scanner is the Philips Brilliance Slice and 640 Slice CT Scanners320-slice CT scanners are advanced imaging systems that can scan the whole body from head to toe, in less than one minute. Therefore, these systems are great for emergency to their advanced technology, they help you accurately identify any 320-slice CT scanners have special applications that are invaluable in disorders of the heart and the brain. Toshiba Aquilion OneTop of the line CT scanner from Toshiba with 320 slices for effortless cardiac and outstanding imaging. Learn moreWhat is the highest CT scanner slice count?The highest slice CT scanner is the Toshiba Aquilion One with 640-slices. It has the newest technology that enables faster and more detailed of the most popular 320 and 640-slice CT scanners areToshiba Aquilion OneToshiba Aquilion One Vision EditionSum up – CT Scan Slice TypesTo sum up, how many slices do you need based on the exams you perform?Choosing the right CT scanner might seem challenging. However, knowing what examinations you will be executing will help you determine which of the CT scan slice types is the best for types of CT scan machines can perform general imaging procedures, for example abdominal, which includes the scanning of internal organs such as the liver and certain procedures, such as cardiac, rely on higher slice counts to deliver sufficient image quality. Remember, if you are required to do complete cardiac examinations as we mentioned above, consider that you may need an injector and a post-processing workstation with cardio software get a better overview of CT scanner applications in relation to slices, see the table below We hope you find this blog post useful. If you have any further questions, please do not hesitate to contact you go, you can learn about CT X-ray tube counts, how much a CT scanner costs, or check our stock of used CT can also sign up for our brand new mail crash course on CTs. This will walk you through all the main factors to consider when purchasing a CT signing up you will also get all the material as an e-book. And it will only cost you your e-mail the CT e-mail course & E-bookGuide to CT Scanner TypesA guide on the main factors to consider when purchasing a CT. This should prepare you well for getting a model that suits your exact Much Does a CT Scanner CostLearn all about CT scanner pricing and the factors that influence it, for example, YOM, tube count, and Toshiba Aquilion SeriesLearn more about the different models in the popular Aquilion series and find the model that suits your facility. Evaluation and comparison of performance of low-dose 128-slice CT scanner with different mAs values A phantom study Shilpa Singh et al. J Carcinog. 2021. Free PMC article Abstract Objective Radiation dose in computed tomography CT has been the concern of physicists ever since the introduction of CT scan. The objective of this study was to evaluate the performance of low-dose 128-slice CT scanner with different mAs values. Materials and methods Quantitative study was carried out at different values of mAs. Philips brilliance CT phantom with Philips ingenuity 128-slice low-dose CT scanner was chosen for this study. CT number linearity, CT number accuracy, slice thickness accuracy, high-contrast resolution, and low-contrast resolution were calculated and estimated computed tomography dose index volume CTDIvol for all the mAs values were recorded. Noise was calculated for all mAs values for comparison. Results Data analysis shows that image quality was acceptable for all protocols. High-contrast resolution for all protocols was 20 line pairs per centimeter. Low-contrast resolution for 50 mAs images was 4 mm and 3 mm for other mAs protocols. Images acquired using 100 mAs revealed ring artifacts. CTDIvol using 50 mAs was 33% of the CTDIvol using 150 mAs. The dose-length product at 100 mAs was reduced to 66% of the dose-length product at 150 mAs, and the same at 50 mAs was reduced to 33%. Conclusion It is evident here that mAs has direct impact on the radiation dose to patient. With iDose4, mAs can be reduced to 50 mAs in multislice low-dose CT scan to reduce the radiation dose with minimal effect on image quality for slice thickness 4 mm. However, noise would dominate at tube current lower than 50 mAs for 120 kVp. Keywords Computed tomography dose optimization; fourth-generation iterative reconstruction; image quality; low-dose computed tomography. Copyright © 2021 Journal of Carcinogenesis. Figures Figure 1 Schematic diagram of the Philips Brilliance Phantom used for the study Figure 2 Computed tomography numbers recorded for all mAs values to calculate computed tomography number uniformity Figure 3 Images to calibrate high-contrast resolution and low-contrast resolution Figure 4 Graphical representation of the relationship between mAs ad computed tomography dose index volume Similar articles Technical Note Increased photon starvation artifacts at low helical pitch in ultra-low-dose CT. Browne JE, Bruesewitz MR, Vrieze TJ, McCollough CH, Yu L. Browne JE, et al. Med Phys. 2019 Dec;46125538-5543. doi Epub 2019 Oct 21. Med Phys. 2019. PMID 31580485 Technical Note Evaluation of a 160-mm/256-row CT scanner for whole-heart quantitative myocardial perfusion imaging. So A, Imai Y, Nett B, Jackson J, Nett L, Hsieh J, Wisenberg G, Teefy P, Yadegari A, Islam A, Lee TY. So A, et al. Med Phys. 2016 Aug;4384821. doi Med Phys. 2016. PMID 27487900 Relationships of clinical protocols and reconstruction kernels with image quality and radiation dose in a 128-slice CT scanner study with an anthropomorphic and water phantom. Paul J, Krauss B, Banckwitz R, Maentele W, Bauer RW, Vogl TJ. Paul J, et al. Eur J Radiol. 2012 May;815e699-703. doi Epub 2011 Feb 12. Eur J Radiol. 2012. PMID 21316888 Performance evaluation of an 85-cm-bore X-ray computed tomography scanner designed for radiation oncology and comparison with current diagnostic CT scanners. Garcia-Ramirez JL, Mutic S, Dempsey JF, Low DA, Purdy JA. Garcia-Ramirez JL, et al. Int J Radiat Oncol Biol Phys. 2002 Mar 15;5241123-31. doi Int J Radiat Oncol Biol Phys. 2002. PMID 11958910 Pediatric Computed Tomography Dose Optimization Strategies A Literature Review. Al Mahrooqi KMS, Ng CKC, Sun Z. Al Mahrooqi KMS, et al. J Med Imaging Radiat Sci. 2015 Jun;462241-249. doi J Med Imaging Radiat Sci. 2015. PMID 31052099 Review. References Verdun FR, Racine D, Ott JG, Tapiovaara MJ, Toroi P, Bochud FO, et al. Image quality in CT From physical measurements to model observers. Phys Med. 2015;31823–43. - PubMed Kroft LJ, van der Velden L, Girón IH, Roelofs JJ, de Roos A, Geleijns J. Added value of ultra-low-dose computed tomography, dose equivalent to chest X-ray radiography, for diagnosing chest pathology. J Thorac Imaging. 2019;34179–86. - PMC - PubMed Michael MG. Tradeoffs in CT image quality and dose. Med Phys. 2006;331–8. - PubMed Yang Q, Yan P, Zhang Y, Yu H, Shi Y, Mou X, et al. Low-dose CT image denoising using a generative adversarial network with wasserstein distance and perceptual loss. IEEE Trans Med Imaging. 2018;371348–57. - PMC - PubMed Greffier J, Macri F, Larbi A, Fernandez A, Khasanova E, Pereira F, et al. Dose reduction with iterative reconstruction Optimization of CT protocols in clinical practice. Diagn Interv Imaging. 2015;96477–86. - PubMed LinkOut - more resources Full Text Sources Europe PubMed Central PubMed Central Lower Dose, Remarkably Open Design. SCENARIA View 128 is a powerful premium performance CT solution that provides dependable routine application capabilities with available advanced clinical modules for Interventional CT, extended coverage Shuttle Scanning for Perfusion Exams, Cardiac CTA and Dual Energy examinations. The View employs 64 discrete detector and electronics channels over a 40mm detector coverage and reconstructs up to 128-slices per scan rotation. Unique and clinically valuable capabilities of the View include Fujifilm’s Next Generation Vision Model based Iterative Reconstruction capability “Intelli IPV” that can provide dose reduction up to 83% at the same image quality*. A wider 80cm gantry aperture, a more powerful 84kW generator provides up to 700mA operation. The advantages of the standard Auto Lateral Shift Table enables ±10cm lateral shift 20cm total shift range providing easier and more accurate positioning of the patient’s anatomy of interest at the scan Field of View’s iso-center where spatial resolution is better than off-center. HiMAR Plus metal artifact reduction minimizes objectionable metal induced artifacts. The View includes XR-25 Dose-Check control and is XR-29 Smart-Dose Compliant, while providing FDA 510k Cleared Indication for use for Low-Dose CT lung Cancer Screening. Features Lateral Shift Table, ± 10cm. IntelliCenter Auto-Lateral Shift Table is the only standard table that can shift up to ± 10cm laterally 20cm total range to Assist patient positioning Reduce dose* Improve spatial resolution Multi-Bowtie Filters. Multi-Bowtie filter size selection, based on anatomy to be imaged, reduces radiation dose* in areas outside the filter’s field of view. When used together with the auto lateral shift table, off-center anatomy can be brought to iso-center and the smallest bow-tie filter utilized. Intelli EC Plus. Fujifilm’s proprietary 3D mA modulation technology, Intelli EC, automatically modulates mA to lower individual patient dose levels depending on patient anatomy and size and considering the level of iterative reconstruction selected. Intelli EC Plus can be set to provide real-time control of mA, to achieve a constant Noise Standard-Deviation in the resulting images. Higher Data Sampling Rate. SCENARIA View’s higher data sampling rate provides faster anatomic coverage without sacrificing image quality and reduces motion artifacts. Wide 80cm Gantry Aperture. A more open 80cm gantry aperture spaciously accommodates the most challenging patients. 550 lbs. Table Weight Capacity. Higher standard weight capacity to accommodate larger patients up to 250 kg 550 lbs.. Reduced Dose for Cardiac CTA. ECG Dose Modulation reduces mA during the cardiac phases of a retrospectively gated exam that are not intended for image reconstruction. IPV – Iterative Reconstruction. IPV is Fujifilm’s Next-generation “vision modeled” iterative processing that provides dose reduction and overcomes a conventional IR weakness by IPV maintaining normal image texture that better matches the image texture appearance of Filtered Back Projection FBP. Utilizing IPV vs. conventional FBP reconstruction can provide* Dose reduction up to 83% at the same image quality low contrast detectability Image noise reduction up to 90% at the same dose Noise reduction rate control according to the IPV level used Low contrast detectability improvement by up to 100% at the same dose Natural image texture appearance the shape of noise power spectrum similar to that of FBP, even if using higher IPV strength level Reduced kV. Four settings support lower kV and dose based on individual patient size. Lower kV provides lower dose for small and pediatric patients. 80kV 100kV 120kV 140kV Axial Snap-Shot Imaging. Pulses the X-ray “on” only during a phase of the cardiac cycle using prospectively gated step-and-shoot cardiac scanning – reducing radiation dose. Dose Reporting and Awareness. SCENARIA View provides both DICOM Dose Structured Report and a Simple Dose Report to satisfy the full range of your IT and physician reading dose reporting needs. And, SCENARIA View includes Dose Check, compliant with NEMA XR-25, to monitor for exam doses that may exceed notice or alert levels. *In clinical practice, the use of Intelli IPV may reduce CT patient dose depending on the clinical task, patient size, anatomical location, and clinical practice. Image noise is defined as the standard deviation of pixel values within an area. A consultation with a radiologist and a physicist should be made to determine the appropriate dose to obtain diagnostic image quality for the particular clinical task. Low contrast detectability LCD and/or image noise were assessed using reference factory protocols comparing Intelli IPV and FBP. The LCD measured in mm slices and tested using the MITA CT IQ Phantom CCT189, The Phantom Laboratory, using model observer method. Technology Simple Dose Report DICOM Dose Structured Report SR CT Dose Check NEMA XR-25 NEMA Smart Dose Compliant XR-29 Focus Edition Innovative Focus Edition advantages. Continuing Fujifilm’s commitment to innovative healthcare, the SCENARIA View Focus Edition CT platform is uniquely designed with performance advantages to better meet the needs of a wide range of patients and providers. The Focus Edition is an outstanding CT for Radiology, Cardiology and Emergency Departments as well as outpatient locations. It leverages Fujifilm’s more powerful “Focus Engine” image processor and operator console, resulting in valuable benefits beyond our standard SCENARIA View CT Platform 20% faster workflow, for more patient exams per day UI update to the Synapse 3D Viewer on the Operator’s Console Tilted gantry helical scanning feature for faster workflow and improved MPR capability Higher level of cardiac CTA capability with “Cardio StillShot” 3D motion correction optional Cardio StillShot The SCENARIA View Focus Edition’s optional Cardio StillShot software is revolutionary, with a proprietary algorithm that creates clear, high-quality images for even the most challenging heart rates. 28 msec effective temporal resolution at sec gantry rotation speed versus 175 msec native temporal resolution without Cardio StillShot – a 6-fold improvement to freeze cardiac motion Motion correction for the coronary arteries, entire heart and the valves Enables more exams to be performed with Prospective Gating versus Retrospective Gating due to lower patient radiation exposure Enhanced Technologies The Focus Edition’s enhanced clinical performance is driven by numerous technological advances that Fujifilm has refined to create an outstanding CT System, including Intelli IPV – Vision Modeled Iterative Reconstruction HiVision Detector HiMAR Plus – Metal Artifact Reduction Cardio StillShot 3D Motion Correction optional Advanced 3D Visualization Capabilities Customer Stories Customer Stories Fujifilm helps West Feliciana Hospital provide quality health care their local families need. With new imaging equipment, they were able to recruit specialists and incorporate additional diagnostic offerings into their care services. West Feliciana Hospital St. Francisville, LA The Scenaria View CT scanner is advantageous for Massac Memorial Hospital’s rural community. It can accommodate a larger number of patient types with its high weight limit and wide bore, while the lateral shift feature … Massac Memorial Hospital Metropolis, IL West Feliciana Hospital is a small and unique Critical Access Hospital that recently purchased two key pieces of imaging equipment from Fujifilm to help provide the best care possible to their community. Hear what they … West Feliciana Hospital St. Francisville, LA Brochures SCENARIA View Product Brochure. SCENARIA View Product Specifications. SCENARIA View Product Brochure. Experience enhanced workflow speed and clear CT image quality across a wide range of applications using 64 slice acquisition and up to 128 slice reconstruction. Access the latest dose awareness, reduction and management features.* Benefit from more open patient access, a compact footprint, new energy efficient technologies and lower cost of ownership with Fujifilm’s SCENARIA View. *In clinical use, dose saving features may reduce CT patient dose depending on the clinical task, patient size, anatomical location and clinical practices employed. Consultation with a radiologist and physicist are recommended to determine the appropriate dose needed to obtain diagnostic image quality for a particular clinical task. Download the Brochure SCENARIA View Product Specifications. Continuing Fujifilm’s commitment to Innovating Healthcare, the SCENARIA View CT platform is designed with unique practical innovations to better meet the needs of a wide range of patients and providers. Download the Brochure Product Images Click the Images to open in lightbox Contact Us Let us help you find the right product or service that will suit your needs. Contact Us

128 slice ct scan