Next-generation of Interventional Systems.
Optimize image quality while offering fully customizable advanced imaging tools.
Canon Medical System's ImagingRite technologies enable you to deliver high-quality imaging and offer a full complement of fully customizable advanced imaging tools. The advanced imaging platform supports a wide range of procedures, while our sophisticated software enables clinicians to deliver treatment planning, visualization and interventional guidance for a wide variety of procedures.
1 The True High Definition detector is only available as an option on the following systems: Alphenix Core + with 12" x 12" and 12" x 16" at panel detectors, Alphenix Biplane with 12" x 12" and 12" x 16" at panel detectors, Alphenix Sky with 12" x 12" at panel detector, Alphenix Sky + with 12" x 16" at panel detector and Alphenix 4D CT Sky + Aquilion ONE / GENESIS Edition with 12" x 16" at panel detector.
Alphenix True Hi-Def Detector1
Seamless Workflow.
Technology Highlights
- The new panel consists of a 12" x 16" or a 12" x 12" (Conventional) Amorphous panel that is combined with a 3" x 3" (High Definition) CMOS panel
- The High Definition (3" x 3") small pixel detector panel contains a novel proprietary architecture that utilizes 76 x 76 μm in addition to the standard architecture of 194 x 194 μm
- Unique Alphenix system offers three Hi-Def modes with 3", 2.3" or 1.5" FOV, delivering increased spatial resolution
1 The True High Definition detector is available on the following systems: Alphenix Core + with 12" x 12" and 12" x 16" Flat Panel Detectors, Alphenix Biplane with 12" x 12" and 12" x 16" at panel detectors, Alphenix Sky + with 12" x 16" at panel detector, Alphenix Sky with 12" x 12" and Alphenix 4D CT Sky + Aquilion ONE / GENESIS Edition with 12"x16" Flat Panel Detector.
2 Documented testing has demonstrated imaging capabilities with up to 2.5x greater resolution.
αEvolve Imaging
Boosted with Deep Learning* technology.
Designed specifically to address the growing complexities of interventional cardiology, we developed αEvolve Imaging1 with Deep Learning* based noise reduction and multi-frequency processing techniques.
Depending on system con gurations, αEvolve Imaging is an option and only available in Alphenix with 12" x 12" FPD TFP-1200C with field-of-view of 8" and 6
The clinical results, performance and views described in this video are the experience of the clinician. Results may vary due to clinical setting, patient presentation and other factors. Many factors could cause the actual results and performance of Canon Medical’s products to be materially different from any of the aforementioned. Some products shown might not be available in all regulatory jurisdictions, please consult with your local Canon sales office for availability in your region.
Dynamic Device Stabilizer (DDS)
Deep Learning Powered Real-Time Detection of Stent Markers.
- Real time device stabilization for fluoro & acquisition
- Improved device visualization
- Deep Learning applied for marker detection
- Single click activation from table side
Dynamic Device Stabilizer*
* Dynamic Device Stabilizer is an option of Angio Workstation. Angio Workstation contains the technologies that are powered by AI. The AI technology was trained during the development phase. When implemented into the product, the AI function no longer self-learns.
The clinical results, performance and views described in this video are the experience of the clinician. Results may vary due to clinical setting, patient presentation and other factors. Many factors could cause the actual results and performance of Canon Medical’s products to be materially different from any of the aforementioned. Some products shown might not be available in all regulatory jurisdictions, please consult with your local Canon sales office for availability in your region.
Illuvis
Powerful imaging and processing tools.
Each frame is triple-processed in real time to reduce background noise and enhance features.
- Noise Reduction with minimal lag
The clinical results, performance and views described in this video are the experience of the clinician. Results may vary due to clinical setting, patient presentation and other factors. Many factors could cause the actual results and performance of Canon Medical’s products to be materially different from any of the aforementioned. Some products shown might not be available in all regulatory jurisdictions, please consult with your local Canon sales office for availability in your region.
Advanced Image Processing (AIP)
Hardware and software work in tandem to optimize image quality and lower dose.
Uses Super Noise Reduction Filter (SNRF) technology to lower dose dramatically by analyzing and processing each image frame in real-time during fluoroscopy.
Beam filters are automatically deployed to optimize image quality at the lowest possible dose. This advanced image processing can reduce dose up to 50%1, reducing the risk to the patient and staff.
1 Sawdy, Jaclynn M., et. al. Use of a dose-dependent follow-up protocol and mechanisms to reduce patients & staff radiation exposure in congenital & structural interventions. Catheterization and Cardiovascular Interventions, 78:136-142. July, 2011.
The clinical results, performance and views described in this video are the experience of the clinician. Results may vary due to clinical setting, patient presentation and other factors. Many factors could cause the actual results and performance of Canon Medical’s products to be materially different from any of the aforementioned. Some products shown might not be available in all regulatory jurisdictions, please consult with your local Canon sales office for availability in your region.
Real-time Auto Pixel Shift (RAPS)
During DSA acquisition, misalignment between the contrast image and mask image is corrected and the correction result is applied to the DSA image automatically in real time.
Without RAPS
With RAPS
