Product descriptionThis is a 2D flat percutaneous coronary intervention (PCI) model extending from the radial artery to coronary branches. A transparent silicone vessel section is seated in a groove at the left circumflex artery. A rigid transparent printed block with an internal stenotic channel is inserted into the circumflex branch to simulate a stenotic lesion. The model features a transparent acrylic upper plate, a white acrylic lower plate and a square central channel for direct observation and catheter/guidewire demonstration.
Intended use / applications- Simulating common coronary lesions (stenosis) and PCI procedures for training and demonstration.
- Development, bench testing and validation of coronary intervention devices: catheters, guidewires, microcatheters, micro-guidewires, stents, balloons and related devices.
- Product demonstrations, hands-on training courses and marketing presentations for coronary devices.
Customization options- Length, severity and location of coronary stenosis can be customized on request.
- Additional lesion types (bifurcation, CTO, embolism) can be added as required.
- Models can be manufactured from customer data (CT, CAD, STL, STP, STEP formats supported).
Technical specifications- Model code: XXS001
- Commercial name: PCI Model Ⅰ
- Material: silicone (vessel section); acrylic upper plate (transparent); acrylic lower plate (white)
- Type: 2D flat PCI model
- Design features: transparent silicone vessel seated in groove; rigid transparent printed block with internal stenotic channel; square central channel for observation and device manipulation
- Customization: length, severity, location of stenosis; optional bifurcation, CTO, embolism; supports CT/CAD/STL/STP/STEP input
- Intended use: training, demonstration, device development, testing and validation for coronary intervention devices
- Lead time: 7–15 days
- Payment terms: T/T
- Port of shipment: Ningbo, China
- Shipping methods: FedEx, DHL, EMS, UPS, TNT
- Note: product provided as a training/testing model for coronary interventions