FloodAffected 01 Nos. of CT SCAN 128 SLICE with all accessories PLEASE NOTE THAT AS PER THE AERB GUIDELINES DECOMMISSIONING OF CT SCAN SHALL BE CARRIED OUT BY AUTHORIZED AGENCIES BY AERB, WITH PRIOR INTIMATION TO THE COMPETENT AUTHORITIES. . Read More. Contact Agent;

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
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PemeriksaanCT Neuro Perfusion atau CT brain perfusi adalah pemeriksaan dengan peralatan CT Scan yang dilakukan bersamaan dengan pemyuntikan media kontras (dynamic scan) dengan tujuan mendiagnosa adanya Acute Ischemic Stroke (stroke dini/awal) atau tumor pada jaringan otak. (PBV) yang dilakukan dengan dynamic scan pada alat MSCT 128 Slice MXR Imaging acquired Oxford Instrument Healthcare in May 202016, 64, 128 and 256 Slice CT Scanners - Assessing the Costs vs. BenefitsCost and Benefits of Various CT Scanner Slice OptionsCT scanners can be of great benefit to most healthcare providers due to their ability to capture high-resolution diagnostic images at a fast rate the scanner’s speed makes it a especially beneficial in the ER. However, CT scanners can be very expensive. They are complex machines, after all, which is why you'll want to carefully consider the different costs and benefits of the various types of CT scanners available on the Time To Buy a New CT Scan MachineThere are many different CT scanners to choose from with many different features to consider. The needs of your medical facility will help you know exactly what to look for in a CT scanner. The following are some of the important things to consider Image quality - The higher quality the images the CT scan captures are, the easier it will be to find and diagnose issues within the patient. This also means that the reverse is true-the lower quality the images are, the more difficult it may be to diagnose certain conditions, and the easier it will be to miss potential problems altogether. There are many factors that determine the image quality of a scanner, including the number of slices, the detector area coverage, the spatial resolution, and more. Patient volume - If you have a high patient volume, opt for a CT scanner with a wider area detector. Detector area coverage varies between scanners, even if they have the same number of slices. By choosing a system with a wider detector area, you'll be able to perform CT scans at a faster rate. Cardiac imaging needs - If you need a CT scanner to perform cardiac scans, a 64 slice system with a wider detector is essential to capture high-quality images while also maintaining an effective workflow. Patient safety - Although you can save money by purchasing older refurbished models, it's worth noting that newer CT scanners are capable of taking high-quality images with smaller doses of mSv. This is made possible through the use of more efficient detectors that capture photons. The use of iterative reconstructive software can also help to lower the dose while also improving image quality. Budget - If your budget was unlimited, you would obviously want to get the highest-end CT scanner available. Unfortunately, unlimited budgets are rarely the case. Beyond the initial cost of the CT scanner, you will also need to allocate a portion of your budget to the CT suite build-out as well as long-term maintenance and repair costs. You may find your choice of CT scanner is driven by budget constraints. Why Are CT Scanners So Expensive?The cost of a CT scanner is significant. This is because CT scanners are built using high-tech equipment and software. For example, CT scanners use X-Rays to capture and record images, which means that they need to use X-Ray tubes. Some X-Ray tubes cost upwards of $200,000 or more when the need to be replaced. Additionally, X-Ray tubes typically only last between 3 and 5 years depending on your patient throughput volume, eventually requiring replacement. It's why you need to budget for ongoing the spike in energy costs that will occur due to the amount of power needed to run a CT scanner, you will also need to pay for basic preventative maintenance, repairs, and replacements throughout its lifespan. On top of the initial cost of the CT scanner and the ongoing expense of maintaining it, you'll also have to pay to have the machine installed. Considering how big a CT scanner is and the specialized room it requires, the cost of installation can be quite Count Makes a DifferenceA "slice" refers to the individual tomographic or cross-sectional image that a CT scanner captures. Each slice is a 2-D image. However, CT scanners are capable of capturing multiple slices per rotation from different viewpoints of the patient. These images are combined to create a 3-D image. CT scanners come in more than 15 different slice configurations, from the basic one-slice CT scanner to the 640-slice CT Higher the Slice, the Higher the PriceThe more slices a CT scanner is capable of, the more expensive the machine will be. This is because the images it generates are much more detailed, making it easier to diagnose potentially difficult-to-identify conditions. High slice CT scanners tend to be faster as well. They cost more because they perform more work per Many Slices Do You Really Need?While, ideally, you would like to invest in a CT scanner with a high slice count, your budget may not allow for that. Fortunately, buying a CT scanner with a low slice count doesn't mean the machine itself is of low quality. In fact, many facilities do not need a high slice CT scanner. A 16-slice CT scanner can still capture high-resolution higher slice count tends to only be necessary if you have a high number of patients that need to be scanned on a daily basis since time is a factor in such cases. Higher slice count scanners are also beneficial for eliminating artifacts in cardiac imaging-but if you don't see a lot of patients with cardiac issues, you may not be able to justify the higher cost of a high slice CT scanner. Essentially, the slice count of your CT scanner should depend on what the needs of your facility CT Scanners vs. Traditional Lay DownStandard CT scanners require patients to lay down on their backs. They are then inserted through the bore into the gantry of the machine to be scanned. However, there are also CT scanners that allow the patient to simply stand or sit while being scanned. These standing CT scanners are less CT scanners are not quite as capable as some of the higher slice CT scanners, but they are smaller and use much less radiation. They are also perfect for capturing high-quality images of bone, cartilage, ligaments, and tendons as well as for seeing how foot, ankle, and knee joints respond while bearing weight. This makes standing CT scanners a great option for orthopedic ScannersAnother more affordable alternative to a regular CT scanner is a mobile scanner. Mobile CT scanners are installed in trailers that are parked outside the facility. This means that you don't have to worry about renovating existing space within your facility to accommodate your CT scanner and you won't have to pay for expensive installation costs. You will, however, need to have space available CT scanners can be a great alternative if you have multiple facilities in need of a CT scanner since you can share that scanner between facilities if they do not need daily CT scanning capabilities. You can also rent mobile CT scanners instead of purchasing them. This tends to be a lot cheaper over the short-term. However, long-term costs do add up. If you're renting a mobile CT scanner for years on end, it's eventually going to eclipse how much it would have cost to have bought a CT scanner ScannersIf you have a limited budget to work with but need a CT scanner for your facility, one option is to purchase a refurbished CT scanner. The term "refurbished" often has negative connotations; however, don't let that scare you away. It's not quite the same as buying something a CT scanner is refurbished following ISO 13485 certified quality assurance procedures, it goes through a lengthy process to ensure it is in excellent working condition before it is sold. Every component is inspected, repaired, adjusted, cleaned or replaced. The machine will be carefully cleaned, disinfected, and repainted. The system will then go through a final check in a patient simulated environment to receive a seal of refurbishing process means that a refurbished CT scanner will not be more likely to need repairs or replacements than a new CT scanner. Not only will a refurbished system be less expensive, it will come with the same type of warranty. The only real drawback is when it comes to shopping for refurbished CT scanners; you probably won't find any units that are less than a few years Do You Decide Which Machine is Right For You?As you can see, there are many things to consider when you purchase a CT scanner, but the two most important things to consider are your budget and your patient needs. Take into account both the initial costs of the CT scanner including the CT suite build-out as well as ongoing costs, such as repair and maintenance. Then determine what the needs of your practice are to figure out what type of CT scanner you need and how high of a slice count is are you won't have an unlimited budget, which means you'll need to justify the costs of purchasing a CT scanner. If you have very basic needs and won't be using your CT scanner that often due to a limited patient need, then your facility probably doesn't need a high slice count and could potentially do just fine with a refurbished Lindsey National Sales and Marketing ManagerMXR Imaging64 Union Way, Vacaville, CA 95687
\n 128 slice ct scan
Thefirst CT scanner developed by Hounsfield in his lab at EMI took several hours to acquire the raw data for a single scan or "slice" and took days to reconstruct a single image from this raw data. The latest multi-slice CT systems can collect up to 4 slices of data in about 350 ms and reconstruct a 512 x 512-matrix image from millions of data Today, the number of people with chronic conditions such as diabetes, renal disease, stroke, high blood pressure and coronary artery disease has been increasing due to our changed way of life and stress. The latest studies by the World health organization have show that coronary artery disease is a leading cause of death. One third of population dies because of this condition, especially in underdeveloped countries, including Thailand . The main factors in coronary artery disease are the narrowing and blockage of the arteries by plaque, which consists of cholesterol and calcium. The main risk factors include diabetes, high blood pressure, high cholesterol, stress and cigarette smoking. To diagnose coronary artery disease, doctors will evaluate patient's risk factors and perform some tests and then will divide patients suspected to be at risk into two groups; high and low risk. After that, there are two main diagnostic procedures that will usually be performed; Conventional Coronary Angiography,CAG CAG, which accurately assesses the coronary arteries, is currently the diagnostic standard for clinical evaluation of known or suspected coronary artery disease, after which the patients can be immediately treated by Coronary Artery Bypass Graft CABG or placement of a stent. Although complications rarely happen, the following may occur; hematoma at the site of the arterial puncture, coronary dissection and air embolus because in this procedure, a then plastic tube is inserted into an artery in the leg and advanced through the body into the coronary arteries. It is also an expensive procedure, and the patient needs, to stay in hospital for about 4-6 hours. Cardiovascular Examination by 128-Slice CT “Ordinary” computerized X-Rays 16-slice CT were not as accurate in demonstrating coronary artery problems, because the heart, unlike other structure, is moving and beating inside the chest. However today, with the advent of the most advanced form of this imaging, the multi-slice detectors and high powered computer programs call the 128-Slice CT , in around 4 seconds; we can efficiently get information on the coronary anatomical features in as few beats as possible, with 90% accuracy. The CT has various advantages. It helps doctors to make the diagnosis of certain diseases faster, more easily, and potentially more accurately. Furthermore, after this procedure, the patients do not have to stay in hospital. The 128-Slice CT is now a well known procedure leading to diagnosis of all diseases related to arteries or vessels. Those who should have a cardiovascular check up include Those with the following risk factors for heart diseases; High Cholesterol - Diabetes Smoking - Family history of heart disease Those suspected of being at high risk of narrowed coronary arteries; Suffering from chest pain - Having an abnormal Stress Test Those having had the following treatment due to coronary artery disease; Insertion of stents - Coronary artery bypass graft surgery CABG There are certain groups who are not suitable for CT scanning using contrast agents as it may cause sever allergy and acute renal failure; Severe asthmatics Heart failure Renal disease with high creatinine or chronic renal failure A history of allergy to sea food and/ or contrast agents High speed 128-Slice CT for other parts of body examination To diagnose cardiovascular disease through narrowed vessels To diagnose blockages in arteries/ vessels all over the body such as heart, brain, kidney, extremities, etc. To diagnose pre-cancerous tumors in intestine and lungs To examine bone abnormalities To diagnose abnormality of brain issue To diagnose abnormality of abdominal tissue Others including diagnosis of abnormalities of blood vessels, such as aneurysm, and to measure abdominal fat, which is related to the quantity of calcium in arterial walls coronary calcification and to evaluate risk factors in the cardiovascular system.
AtriumMedical Center Offers Advanced Diagnostic Imaging with New 128-Slice CT Scanner. MIDDLETOWN, Ohio (January 2, 2018) - Atrium Medical Center, a member of Premier Health, is pleased to announce the addition of a new advanced diagnostic imaging computed tomography (CT) system, the Siemens SOMATOM® Definition Edge scanner with
HITACHI SCENARIA View 128 SliceScenic modern volume CT SCENARIA is Hitachi's 128 slice CT scanner which paves the way for the future. The whole body scanner with a rotation speed which reduces kinetic artefact, examination time and contrast volume for vascular exploration dosage, while maintaining excellent diagnostic 750mm aperture maximises patients’ comfort, reduces anxiety and stress, and enables effortless examinations. Advanced Features & Technology SpecificationsMinimum scan time sec whole body scanningMaximum field of view 500mmup to 2880 view/s high-speed data acquisitionGantry aperture of 75cmNumber of slices 128X-ray tube MHUGenerator 72/84*kW *not available in countries requiring CE markFeaturesDose reduction achieved by lateral table movement, bow-tie filter, Automatic Exposure Control Intelli EC and new Interactive Processing Intelli IP advanced16cm lateral table movement for dose reduction and increased patient comfortAutomatic patient positioning head/body modeBreath demo light for patient preparationTouch vision panel system, allowing scan guidance in 10 languages as well as paediatric assistanceStraight forward patient registration and easy system handlingPreventive examination supported by fatPointer or riskPointerIntegrated image viewing stationCoronary analysis and calcium scoring Packages Cruising Eye View CEV-CPR, with virtual endoscopyPerfusion stroke analysisPredict scan contrast agent-triggeringInterventional procedure package Guide ShotHyper Q-net image viewingfatPointer analysis softwareriskPointer analysis softwareReal-time MPRComplete 3D reconstruction packageAutomatic bone removalVirtual colonoscopy with Shape Analysis FilerLung analysis nodule detectionCardiac scanning ECG trigger, retrospective/prospective mode Clinical Images Request a quote
Thepatient was scanned using 128 slice multi-detector CT OPTIMA 600 (GE). Procedure • Preparation of patient for scan: the patient was kept nil orally for minimum 4 hours prior to the CT to avoid complications during the administration of the contrast medium. • Risks and procedure were explained and informed consent was taken.
MDCT Scan What is MDCT Scan and 128 Slice CT Scan? Computed tomography CT scan is a safe, painless, non-invasive test that uses a series of X-rays and a computer to produce images of a cross-section of your body and a 3D image of soft tissues and bones. Sometimes, a contrast agent called a dye, may be used as an Oral/ Intravenous/ Enema, depending on the type of CT scan and reason for the scan, to improve the images by highlighting certain features. It can take anywhere from a few minutes to half an hour for the scan. When a patient passes through the CT scanner, the circular opening rotates and takes x-rays. Each rotation takes about a second. During the rotation, radiation beams are used to create an image of the patient’s body inside the circular opening. In single slice CT-scanners, only one image is produced per rotation. MDCT stands for Multidetector Computed Tomography, also known as multislice computed tomography MSCT. “Multidetector” refers to the number of CT sc detectors that are used to detect X-rays as they pass through the body. A 128-slice CT scan machine has 128 detectors, which allows it to acquire multiple images in one rotation. 128-slice CT Scanner Benefits As compared to 16 or 64-slice, the 128-slice CT scanner has more detectors that provide highly detailed imaging with higher resolution, superior quality and faster scanning speed. MDCT Scan Services CT SCAN ALL PARTS – PLAIN + CONTRAST CT GUIDED BIOPSY CT GUIDED FNAC 4D CT FOR PARATHYROID ADENOMA 3D CT JOINTS / BONES HRCT – THORAX / COCHLEA / TEMPORAL BONE CT DYE STUDY CT ENTEROGRAPHY DENTA SCAN HEAD & NECK ANGIOGRAPHY BRAIN ANGIOGRAPHY PULMONARY ANGIOGRAPHY RENAL ANGIOGRAPHY PERIPHERAL ANGIOGRAPHY UPPER/LOWER LIMB ABDOMINAL / MESENTERIC ANGIOGRAPHY TAVI /TAVR PROTOCOL AORTOGRAPHY CORONARY ANGIOGRAPHY CT DISTAL LOOPOGRAPHY Click Here To Know More About Preparations & Procedure CT Coronary Angiography CT Angiography is the best non-invasive option to rule out any coronary artery disease. It takes only 5 seconds to scan the arteries with the least radiation to the patient & needs no hospitalization. It has 2 components Calcium Scoring Coronary Artery Assessment Click Here To Know More About Preparations & Procedure 128 SLICE MDCT SCAN/CT CORONARY ANGIOGRAPHY Services FAQs 128 Slice MDCT Preparation. If your CT scan uses dye or contrast, you may need to come with some specific preparation Blood test Creatinine report done no later than two weeks before. Diet restrictions You will need to watch what you eat and drink for four hours before your CT scan. Consuming only clear liquids helps prevent nausea when you receive the contrast dye. You can generally have tea or black coffee or strained fruit juices. If you are or might be pregnant, you should tell the CT technician to avoid exposing your baby to radiation. Who should undergo Cardiac CT? Patients at high risk for developing coronary artery disease – risk factors include high lipid levels, family history, smoking, diabetes, hypertension, stressful life, sedentary lifestyle. Post-bypass/ Stent assessment. Even if ECG, Echo, Stress test is relatively normal, major coronary artery disease can be present. Conventional catheter angiography needs hospitalization and it indicates if there is evidence of acute myocardial infarct changes on ECG or Ca score -> 400. What preparation is involved for Cardiac CT? Fasting for at least 2 to 4 hours before the procedure. Serum creatinine report done no later than two weeks before. Stabilization of heart rate with a beta-blocker. Bring all previous test reports including MRI, CT or any other papers. There should preferably be an accompanying friend or relative with the patient. What does the procedure involve? Once the heart rate is stabilized. A vein is cannulated. Breathing instructions are given so that the patient can hold his/her breath for about 5 seconds for the calcium scoring study. A non-ionic “dye” is injected and the coronary CT Angiogram study is performed. The scan time is about 5 seconds & the total on table procedure time is 15–20 minutes. The entire procedure takes about 60 minutes depending on the heart rate. Are there any dangers of CT Scanning? Though X-rays involve radiation, there are no dangers in practice. Contraindicated in pregnant women. CT coronary angiography with 128 Slice CT scan involves very little radiation to patients ranging approximately between 3-14 mSv. Inquiry Form OtherSiemens 64 Slice CT Scanner Specifications. The versatile SOMATOM Definition AS also comes with an available 64 slice modification. The scanner comes with upgradability with a Stellar detector up to 128 slices that could be done entirely on-site. Stellar detector enabled systems have the ability to measure smaller signals, all with a Many people tend to compare CT scanners and MRI scanners against each other. After all, they’re both quite similar machines used to take slices of pictures of our internal organs. However, there are some differences between the two machines that make each more suitable for different uses. For instance, CT scanners are far better at imaging blood vessels and bones, whereas MRI scanners are used to identify changes in soft tissue, tendons, the brain, and more. That being said, these main differences aren’t enough to pick the right choice. Within the same category of machines, there are still different types of scanners to choose from! For instance, there are different slices for CT scanners, some in four to eight, others up to 128—and even higher. For the purpose of this article, we will be focusing on the CT scanners and their slices to help you understand which CT scanner is the best fit for your need 4 & 8-Slice For the most basic of CT scanners, you will usually be faced with a 4- or 8-slice scanner. Though the number may seem incredibly small compared to other CT scanners, these are still excellent for clinics with only a few patients who need a scan. Plus, these are the cheapest types of scanners you will find in the market—so any health service with a limited budget can generally afford one! In other words, this affordable scanner will be the scanner of choice if time is not a factor in your diagnosis or procedures. 16-Slice As an excellent choice for price-performance, many health facilities will opt for the 16-slice CT scanner. It is the go-to for clinics or departments that experience a steady amount of patients that need scanning faster than what an 8-slice scanner can provide. In short, the 16-slice scanner offers excellent reliability and good enough speed that even urgent care centers will still use them. 32 & 40-Slice Going a little higher into the slice count, these 32 and 40-slice scanners are typically treated similarly to their 16-slice counterparts. The only difference here is that they are even faster and offer much more coverage per gantry rotation—meaning that the risk of motion artifacts is reduced. You will be investing in this type of scanner if you need something better than a 16-slice scanner with a price jump that isn’t too high. 64-Slice 64-slice scanners are the usual scanners you will find in extensive health facilities, like hospitals and imaging centers. Because of its much higher slice count, not only is scan time reduced significantly, but it can also facilitate advanced studies thanks to the accuracy. Note that cardiology still requires the slowing of the heartbeat rate despite the machine’s speed and accuracy. However, it is still an excellent machine for closer cardiac research. 128-Slice and higher These 128-slice or higher CT scanners are the top-of-the-line CT scanners you will find. Up to 320 slices, these machines can provide a full-body scan in mere seconds. Thanks to its incredible speed and accuracy, specialty practices generally invest in these costly machines. If you are running a simple clinic, there isn’t a way to justify an investment in this kind of CT scanner, unless you are a specialty practice or experience an abnormally high patient rate that requires scanning each day. Conclusion With all of that information in your hands, it is up to you to pick a suitable CT scanner for your practice. If you are looking for something that you can use in a small clinical setting with a limited number of patients, a 4, 8, or even 16-slice scanner will do perfectly. On the other hand, if you have a large volume of patients, a 34 or higher can meet your needs. Then again, if you are a specialty clinic, you may find the need for 128 or higher slice CT scanners. In other words, carefully consider your needs and compare them against the CT scanners to see if they will work! DirectMed Parts is a trusted source of medical imaging parts and services, offering high-quality CT and MRI parts and coils as well as refurbished machines. If you are looking for CT parts or scanners in the US, get in touch with us today! Questions, Comments, Concerns? Send Us A Message! Dalamrangka meningkatkan kualitas pelayanan kesehatan, Rumah Sakit Nasional Diponegoro Semarang melakukan soft launching alat CT Scan 128 slice, di ruang radiologi RSND, Semarang, Senin (11/2/2019). Alat untuk memeriksa organ dalam ini merupakan sumbangan dari Pemprov Jawa Tengah untuk RSND Undip. Hadir dalam acara tersebut 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.
Above A modern-day CT scanner. The success of the prototype brain scanner at Atkinson Morley Hospital was publicized in 1972. By the year 1973, the United States had installed the first CT scanners of their own. The popularity of this method reached such staggering heights that by 1980, 3 million CT scan examinations had been recorded.

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

NeuViz128 brings the remarkable clarity and precision to CT imaging. Features: The modern outlook and humanized design offer best experience to both patients and doctors. Exclusive Quad-sampling and Micro-Star detector enable high resolution images with 1024x1024 matrix. High resolution imaging chain with unique iHD (isotropic High Definition

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
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    • 128 slice ct scan