The Aquilion ONE / PRISM Edition's 16 cm wide area detector significantly improves your ability to obtain high-quality images for routine and advanced studies. With just one rotation, you can acquire an entire heart or a neonatal chest, in a fraction of a second—all with less dose and great z-axis temporal uniformity.
*In combination with Vitrea® Advanced Visualization.
ONE rotation is all it takes to image the whole heart in as little as 0.275 seconds.
Spectral offers the ability to optimize iodinated contrast media usage1
1 Optimization of contrast usage is only recommended within the dosing ranges that appear in approved iodinated contrast drug labeling
Courtesy of Strasbourg University Hospital, France
Scan Mode | Spectral Volume |
kVp | 80/135 |
mAs | SUREExposure |
Rotation Time | 0.275s |
CTDlvol | 16 mGy |
DLP | 96 mGy·cm |
Effective Dose* | 1.3 mSv |
*AAPM Report 96, k-factor 0.014
ONE rotation is all it takes to image the whole heart in as little as 0.275 seconds.
Combine the power of spectral beam hardening reduction with metal artifact reduction.
Courtesy of Fujita Health University, Japan
View Scan ParametersScan Mode | Spectral Volume |
kVp | 80/135 |
mAs | SUREExposure |
Rotation Time | 0.275s |
CTDlvol | 19 mGy |
DLP | 302 mGy·cm |
Effective Dose* | 4 mSv |
*AAPM Report 96, k-factor 0.014
Patient with low GFR required low injected contrast volume.
Spectral enables improved Iodine opacification at low keV. Hence, the ability to optimize iodinated contrast media usage.1
1 Optimization of contrast usage is only recommended within the dosing ranges that appear in approved iodinated contrast drug labeling.
View Scan ParametersScan Mode | Spectral Helical |
kVp | 80/135 |
mAs | SUREExposure |
CTDlvol | 12.6 mGy |
DLP | 937.6 mGy·cm |
Effective Dose* | 14 mSv |
*AAPM Report 96, k-factor 0.015
Deep learning spectral enables the use of patient-specific mA modulation with rapid kVp-switching.1
1 Spectral 70 keV is dose neutral with single energy AIDR 3D for body acquired at 120 kVp with the reference protocol.
View Scan ParametersScan Mode | Spectral Helical |
kVp | 80/135 |
mAs | SUREExposure |
CTDlvol | 12.6 mGy |
DLP | 812.1 mGy·cm |
Effective Dose* | 12.18 mSv |
*AAPM Report 96, k-factor 0.015
Spectral DLR enables differentiation of the enhancing lesion from the non-enhancing lesion.
Low noise1, 2 fine grain texture monoenergetic images.1
1 In a water phantom comparing the Spectral reference protocol for Body at 70 keV to AIDR 3D at 120 kVp.
2 120 kVp equivalent monoenergetic images (70 keV) with 50% less noise than single energy with AIDR 3D.
Scan Mode | Spectral Helical |
kVp | 80/135 |
mAs | SUREExposure |
CTDlvol | 12.6 mGy |
DLP | 643 mGy·cm |
Effective Dose* | 9.6 mSv |
*AAPM Report 96, k-factor 0.015
Deep Learning Spectral CT of the lung to evaluate nodules. Spectral DLR delivers excellent energy separation and low-noise properties, enabling assessments of Iodine uptake within the lesions, which can help facilitate assessment of benign vs. malignant lesions. Additionally, Iodine maps improve visibility of nodules with Iodine uptake.
View Scan ParametersScan Mode | Spectral Helical |
Collimation | 0.5 mm x 80 |
kVp | 80/135 |
mAs | SUREExposure |
Rotation Time | 0.5 s |
Scan Range | 675.0 mm |
Reconstruction | Spectral DLR |
CTDlvol | 7.4 mGy |
DLP | 528.8 mGy·cm |
Effective Dose* | 7.6 mSv |
*AAPM Report 96, k-factor 0.0145
Deep Learning Spectral CT of the wrist for evaluation of fracture post traumatic injury. Spectral DLR is able to enhance the visibility of edema for a comprehensive pre-surgical evaluation.
View Scan ParametersScan Mode | Spectral Helical |
Collimation | 0.5 mm x 80 |
kVp | 80/135 |
mAs | SUREExposure |
Rotation Time | 0.5 s |
Scan Range | 200.0 mm |
Reconstruction | Spectral DLR |
CTDlvol | 15.4 mGy |
DLP | 371.8 mGy·cm |
Deep Learning Spectral CT of the foot for visualization and quantification of Monosodium Urate (MSU) in the metatarsophalangeal joint of the hallux. Spectral DLR enables volume calculations of the MSU, and color overlay on 3D/2D images for improved visualization of MSU.
View Scan ParametersScan Mode | Spectral Helical |
Collimation | 0.5 mm x 80 |
kVp | 80/135 |
mAs | 200 |
Rotation Time | 0.5 s |
Scan Range | 450.0 mm |
Reconstruction | Spectral DLR |
CTDlvol | 14.0 mGy |
DLP | 687.1 mGy·cm |
Deep Learning Spectral CT used to evaluate renal mass. Spectral DLR delivers excellent energy separation, enabling assessment of Iodine uptake. Additionally, the Iodine map clearly outlines the regions of Iodine uptake.
View Scan ParametersScan Mode | Spectral Helical |
Collimation | 0.5 mm x 80 |
kVp | 80/135 |
mAs | SUREExposure |
Rotation Time | 0.5 s |
Scan Range | 675.0 mm |
Reconstruction | Spectral DLR |
CTDlvol | 7.4 mGy |
DLP | 528.8 mGy·cm |
Effective Dose* | 7.6 mSv |
*AAPM Report 96, k-factor 0.0145
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