Enhanced imaging potential of 640 Slice CT Scanners revealed.
In the realm of medical imaging, advances continue to push boundaries, particularly with computed tomography (CT) scanners. Over the past decade, manufacturers have endeavored to elevate the performance of CT scanners, with a significant focus on heart scans.
In 2012, Toshiba Medical Systems unveiled the Aquilion One Vision Edition, a groundbreaking 640-slice CT scanner. Commendably, Toshiba held the honor of pioneering this technology until its acquisition by Canon in 2016, when the company was rebranded as Canon Medical Systems.
Despite its seven-year tenure, the Aquilion One Vision Edition remains underutilized globally, due in part to its high cost, ranging from 2.5 million to 3 million USD. However, it is present in select hospitals across key regions, including Egypt, Saudi Arabia, the United Arab Emirates, and South Africa.
This ultra-powerful imaging device excels in diagnosing cardiovascular problems and offers superior imaging experiences across various specialties like Oncology, Neurology, Pediatrics, and Gastroenterology. Its imaging capabilities are remarkable, scanning up to 1,000 times more images per second than any other CT scanner on the market, and producing images with much higher resolution than previous models.
Furthermore, the Aquilion One Vision Edition enables improved heart disease diagnoses while delivering a lower dose of radiation to enhance patient safety. Advanced dose-reduction technologies are employed, including high-resolution imaging, improved diagnostics, and a wide range of advanced imaging techniques. This makes it an ideal scanner for patients with chronic obstructive pulmonary disease (COPD), positioning the 640-slice CT as the most accurate scanner for COPD patients.
Cardiologists have expressed confidence in the scanner's ability to manage patients effectively. While some orthopedic patients may find the prospect of lying on the scanner table uncomfortable, the Aquilion One Vision Edition allows for communication during the scan process, alleviating concerns.
When choosing a CT scanner, it's essential to assess how much anatomy is imaged at once. In the case of the Aquilion One Vision Edition, its extensive detector allows for comprehensive coverage, ensuring optimal settings for heart volume scans. Careful examination of patients with similar characteristics is also necessary for accurate comparisons.
The Aquilion One Vision Edition has proven invaluable in evaluating the coronary arteries of heart patients, offering lower-dose radiation and enhanced diagnostic capabilities. Its strength lies in its ability to capture thin slices, making it feasible for a wide range of individuals—even overweight patients—and opening doors for bariatric imaging.
In summary, the 640-slice CT scanner, specifically the Aquilion One Vision Edition by Canon Medical Systems, has revolutionized cardiovascular and lung imaging, combining advanced technology with clinical applications that yield more accurate diagnoses, shorter imaging times, and reduced radiation doses. Its growing presence in developed healthcare markets underscores the scanner's essential role in improving outcomes for cardiovascular patients and smokers undergoing lung screening.
- The Aquilion One Vision Edition, a 640-slice CT scanner manufactured by Canon Medical Systems, excels in diagnosing cardiovascular problems.
- This technology, initially developed by Toshiba Medical Systems, offers superior imaging experiences across various medical specialties, including Oncology, Neurology, Pediatrics, and Gastroenterology.
- With its advanced dose-reduction technologies, the Aquilion One Vision Edition delivers lower doses of radiation, enhancing patient safety, especially for those with chronic obstructive pulmonary disease (COPD), making it the most accurate scanner for COPD patients.
- In the realm of cardiovascular health, the Aquilion One Vision Edition has proven invaluable, offering lower-dose radiation and enhanced diagnostic capabilities for heart patients, including those who are overweight, effectively expanding the reach for bariatric imaging.
