Quiet Intelligence
Quiet Intelligence
Harness the power of deep learning to enable enhanced resolution and achieve fast imaging.
Deep learning technology delivers enhanced resolution.
Even with accelerated imaging that prioritizes scan time, Advanced intelligent Clear-IQ Engine (AiCE) intelligently removes noise from images which results in higher SNR1 and enhanced resolution. Achieve sharp, clear and distinct images utilizing the power of Deep Learning.
Achieving quick and high SNR1 images is now possible with Canon’s intelligent new technologies
AiCE combines with rapid scanning to help you boost productivity in combination with unique Canon scan acceleration technologies like Compressed SPEEDER, you have the ability to focus on faster scans and SNR by removing noise from images.
1AiCE provides higher SNR compared to typical low pass filters.
Actual scan time reductions vary by case
Advanced technologies to power your day
With unique time saving accelerated scans, short TE acquisition and quantification technologies, you now have a suite of imaging options to power through your day.
Exsper
Exsper is a new scan acceleration technique that utilizes both k-space and image space, enabling reduced scan time for Diffusion Weighted Imaging (DWI). With this technique DWI capability is expanded to increase scan resolution or decrease field of view.
Multi-Echo UTE
Multi-Echo UTE utilizes a unique sampling pattern which enables the ability to acquire a very short TE in one scan, with the benefit of obtaining signals with short T2* values. Multiple data with different short TE values are also expected to see the variance in short T2* range or to create T2* mapping of tissues.
Non-invasive fat imaging and Quantification
Imaging is rapidly becoming the standard for fat quantification. Canon‘s fat imaging and quantification can simultaneously, in a single breath held exam, provide quantitative maps of the liver to measure proton density fat fraction (PDFF) and R2*.
Clinical Confidence with Canon MR Advanced Post-Processing
Fast, intuitive and accurate solutions for improved productivity and patient care
Discover Olea & Vitrea advanced post-processing applications and tools
Neurology including
neuro-pediatric & MR Stroke
Full Body imaging solution including
Breast and Prostate
MSK application to early detect
cartilage deterioration
Neurology
Optimized solution for diagnostic assistance in adult and pediatric neuroimaging
Automatically and accurately computes qualitative & quantitative permeability maps.
- Tumor detection, grading and characterization with quick access to qualitative and quantitative information customized layout
- Instant stroke solution for MR with automatic reporting
- Pre-surgery planning with tractography and display of fibers on conventional maps
- Lesion evolution follow-up and treatment response analysis with temporal subtraction
- ASL noninvasive perfusion for pediatrics and renal contraindication
- Advanced analysis and segmentation tools
Multiparametric, customizable display of diffution and perfusion maps including rCBV_corrected and K2 maps
Fiber tracking and merging with conventional maps
Instant and standardized stroke report with automatic mismatch computation
Head & Neck Quantitative permeability maps
Lesion follow-up with co-registration
ASL non-contrast perfusion
Body Oncology
Streamlined solutions to tackle complex imaging in Breast and prostate pathologies
- Tumor detection, grading and characterization with quick access to qualitative and quantitative information with us
- Integrated and guided Pi-Rads and Bi-Rads reporting for increased efficiency
- Automatic calculation of the kinetic distribution
- IVIM quantification of micro-perfusion and electronic b values
- Advanced analysis and segmentation tools
Computation of ADC and other qualitative and quantitative maps
Multiparametric view and analysis tools for a quick lesion characterization
Integrated and guided Pi-Rads Bi-Rads reporting
Musculoskeletal
Diagnosis and follow-up of sport-related and orthopedic conditions
- T2 mapping computation
- Early detection of cartilage deterioration with Thresholds T2 map
Detection of cartilage at risk using T2 relaxation time thresholds
