Alphenix Interventional Systems
Alphenix

Next-generation of Interventional Systems.

Interventional Cardiology

Toolkit

The Adult Interventional Cardiovascular clinical segment is driven by both an aging population and the fact that obesity continues to increase in the U.S. Canon Medical Systems offers dose management imaging technologies and advanced imaging such as multi-modality fusion, provides additional views of the vascular anatomy to aid clinicians during interventional procedures.

3Mensio LAA Planning¹

Plan Left Atrial Appendage Interventions

The LAA workflow assistant helps quickly assess left atrial appendage shape and orientation to select the right device for your patient.

  1. Easy recognition of thrombus
  2. Assess Anatomy of LAA
  3. Landing Zone / Ostium Measurements
  4. C-arm Angulation
LAA Planning

3Mensio Mitral Valve Planning¹

Plan Mitral Valve Replacement Interventions

A single mouse click provides multiple viewing orientations to assess the mitral valve.

  1. Locate and Trace Valve
  2. Measure
  3. Route Assessment
  4. C-arm Angulation
3Mensio Mitral Valve Planning

3Mensio Pulmonary Valve Planning¹

Plan Percutaneous Pulmonary Valve Implantations

Determine the anatomy and dimensions of the patient's pulmonary trunk and surrounding tissue.

  1. Measure
  2. Annotate Coronary Arteries
  3. Virtual Stent
  4. C-arm Angulation
3Mensio Pulmonary Valve Planning

3Mensio TAVR Planning¹

Aortic valve assessment and evaluation

CT Transcatheter Aortic Valve Replacement (TAVR) Planning assists with the assessment of the aortic valve and in pre-operative planning and post-operative evaluation of transcatheter aortic valve replacement procedures.

3Mensio TAVR Planning

3Mensio Tricuspid Valve Planning¹

Pre-plan Transcatheter Tricuspid Valve Repair Procedures

Determine the anatomy and dimensions of the patient's tricuspid valve and surrounding tissue.

  1. Measure
  2. Annotate Coronary Arteries
  3. Virtual Stent
  4. C-arm Angulation
3Mensio Tricuspid Valve Planning

2D Coronary Angio

Single Axis Rotational DA

The system has integrated multiple forms of rotation technology to include high-speed C-arm rotation for 3-D acquisition and 2-D rotational capabilities.

2D Coronary Angio

2D Coronary Angio

3D Angio

Fast and Intuitive Workflow

3D rotational speed up to 50 deg/sec

3D Angio 3D Angio Demo

3D Roadmap

Turn 3D Acquisitions into live Fluoro roadmaps

3D image display changes according to the system conditions such as the C-arm angle, SID, field size, tabletop height, and tabletop panning.

3D Roadmap 3D Roadmap

3D Roadmap

Dynamic Trace

Can be used in combination with DSA or to supplement DSA or for stand-alone imaging Dynamic Trace reduces the effects of the bones and enhances background compression to emphasize the blood vessels.

Dynamic Trace

Dynamic Trace

IV Linq¹

IVUS/OCT Integration

Images from IVUS or OCT can be imported and it can assist decisions of stents and the positions for deployment.

IV-LINQ currently supports:

  • DICOM import of IVUS/OCT
  • Boston Scientific iLAB 2.7
  • Boston Scientific iLAB 3.0 (Polaris)
  • Volcano S5
  • Infraredx TVC
  • Acist HDi
  • Terumo Visiwave
  • Terumo Lunawave
  • St. Jude Ilumien
IV Linq IV Linq

Left Atrium Segmentation²

Quickly plan AF Ablations

  • Enables the 3D Volume data to be superimposed on the live fluoro display
  • This feature provides additional views of the vascular anatomy to aid clinicians during interventional procedures
  • When the C-arm rotates, the transparent volume image rotates as well

Left Atrium Segmentation

Left Atrium Segmentation

Multi-Modality Fusion

Enhanced visualization during interventional procedures.

Canon Medical's roadmap function enables 3D CT or MR Volume data to be superimposed on the live fluoro display. This feature provides additional views of the vascular anatomy to aid clinicians during interventional procedures.

Multi-Modality Fusion

Multi-Modality Fusion

Parametric Imaging³

  • Video playback with Color Coded Circulation
  • Displays an entire image sequence as a single composite image
  • Color coded in order to characterize contrast media dynamics and allow easier visual evaluation of patients

Parametric parameters include:

  • Time To Peak (TTP)
  • Time To Peak Alpha (TTPα)
  • Peak Height (PH)
  • Area Under Curve (AUC)
  • Time To Arrival (TTA)
  • Time To Arrival Alpha (TTAα)
  • Mean Transit Time (MTT)
Parametric Imaging

¹ Designed and manufactured by Pie Medical Imaging.
² Designed and manufactured by Vital Images.
³ Parametric Imaging software is not intended for stand-alone use or diagnosis