Vantage Galan 3T, MRT-3020, V8.0 with AiCE Reconstruction Processing Unit for MR

“The Vantage Galan (Model MRT-3020) is a 3 Tesla Magnetic Resonance Imaging (MRI) System, previously cleared under K212056. This system is based upon the technology and materials of previously marketed Canon Medical Systems MRI systems and is intended to acquire and display cross-sectional transaxial, coronal, sagittal, and oblique images of anatomic structures of the head or body. LiverLine+: Machine Learning based detection technology for liver plane. Using 2D images as the input, two kind of MRCP scan plan (MRCP 3D and MRCP 2D) are automatically detected and set for the scan positioning ROIs. ProstateLine+: Machine Learning based detection technology for prostate plane. Using 3D images as the input, five planes (axial, coronal, sagittal, oblique axial, and oblique coronal) of the prostate are automatically detected and set for the scan positioning ROIs. W-SpineLine+: Machine Learning based detection technology for spine plane. Using 3D images of multiple stations covered whole spine region as the input, three planes (sagittal, coronal, and spinal disc planes) conforming to the curvature of the spine are automatically detected and set for the scan positioning ROIs.”

“mART EXP: mART EXP is 3D method to reduce in-plane and through plane distortion artifact induced by susceptibility. Each slice is 3D phase-encoded to reduce distortion artifact induced by susceptibility in slice dimension. In addition, this application combines with VAT (View Angle Tilting) method for reducing in-plane distortion artifact induced by susceptibility. In the reconstruction, the data of each slice which is encoded in the slice direction is combined and corrected, and finally the images are registered as 2D multislice images like normal FSE2D. In addition, this application can be used in combination with Compressed SPEEDER application to reduce scan time. RDC DWI: RDC DWI is the method to reduce distortion in phase encoding direction for SEEPI2D sequence. The direction of distortion described above can be reversed by reversing the phase encoding polarity. Hence, the pair of the data that have reversed phase encoding polarity each other is acquired, and then the distortion in reconstructed images can be reduced by estimating displacements between them. In addition, this application can be used in combination with SPEEDER or Exsper. LiverLine+: Machine Learning based detection technology for liver plane. Using 2D images as the input, two kind of MRCP scan plan (MRCP 3D and MRCP 2D) are automatically detected and set for the scan positioning ROIs. The orientations and positions of the detected basic planes can be adjusted using functions provided in the Scan Plan window. ProstateLine+: Machine Learning based detection technology for prostate plane. Using 3D images as the input, five planes (axial, coronal, sagittal, oblique axial, and oblique coronal) of the prostate are automatically detected and set for the scan positioning ROIs. The orientations and positions of the detected planes can be adjusted using functions provided in the Scan Plan window. W-SpineLine+: Machine Learning based detection technology for spine plane. Using 3D images of multiple stations covered whole spine region as the input, three planes (sagittal, coronal, and spinal disc planes) conforming to the curvature of the spine are automatically detected and set for the scan positioning ROIs. The orientations and positions of the detected basic planes can be adjusted using functions provided in the Scan Plane window. It is also possible to label to detected spinal discs and can be adjusted using functions provided in the W-SpineLine window.”