China's First 3D ICE
Beyond 2D Imaging.
Reveal Detailed 3D Cardiac Anatomy.
A real-time 3D intracardiac echocardiography (3D ICE) solution specifically designed
for structural heart interventions (e.g., TAVR, LAAC, mitral valve repair), providing
intuitive anatomical views and reducing reliance on X-ray imaging
9Fr Ultra-Fine Catheter
Outer sheath and braided wire
Outer sheath and braided wire
PTFE-coated outer sheath
PTFE-coated outer sheath
Cavity (silicone oil-filled)
Cavity (silicone oil-filled)
Inner sheath braid layer 1
Inner sheath braid layer 1
Pull-wire lumen
Pull-wire lumen
Inner sheath braid layer 2
Inner sheath braid layer 2
PTFE-coated inner sheath
PTFE-coated inner sheath
Core Advantages
True Real-Time 3D Imaging
01
Stereoscopic Cardiac Modeling
One-click generation of 3D models for key structures (e.g., LAA, aortic valve)
Dynamic Multi-Plane Reconstruction
Synchronous display of long axis, short axis, coronal plane perspective
Automated Catheter Tracking
AI marks the spatial position of the catheter tip to reduce the operation blind area.
Precise Intervention Navigation
02
TAVR-Specific Mode
Automatically measures annulus dimensions and calcification distribution.
Enhanced Puncture Guidance
The best puncture point of the atrial septum was marked by 3D ( compared with X-ray fluoroscopy, the number of attempts was reduced by 50 % ).
Visual Management Of Instruments
Real-time display of occluder / artificial valve expansion morphology
Efficient Workflow Integration
03
One-Click Report Generation
Automatic calculation of valve area, reverse flow and other parameters
Designed for Minimally Invasive Optimization
04
9Fr Ultra-Fine Catheter Design
Compatibility of femoral vein approach
Intelligent Temperature Control System
Intelligent Temperature Control System
Hangzhou Xinying Medical Technology Co., Ltd.
177 0650 0951
xinying@incardiacho.com
Building C5, Zhejiang University Alumni Enterprise Headquarters Economic Park Phase II,Yuhang District, Hangzhou City, Zhejiang Province, China
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