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The Gingko VRWT-AP C3.0, a Heart Valve Real-time Wear Tester, in accordance with the latest ISO 5840 series standards, is a real-time wear testing system for evaluating transcatheter or surgical Aortic and Pulmonary valves. Through an innovative dual-compliance chamber design, unidirectional flow adjustment structure, and biomimetic drive waveforms combined with a real-time closed-loop control system, it accurately simulates the opening and closing cycle of prosthetic heart valves under normotensive physiological conditions. The entire process (from control, acquisition, to computation, analysis and recording, including with an integrated high-speed camera that records photographic and videographic documentation of valve motion characteristics) is managed by our proprietary, self-developed Gingko VRWT TEST software.
| Sample Capacity | Up to 3, Independent Controlled |
| Sample Size | Std. 48mm (Custom Sizes Available, up to 83mm) |
| Operation Modes | Autopilot Stroke and Fixed Stroke |
| Drive Waveform | Sine, Modified Sine, Physiological Curves |
| Frequency | 1.2-3.3Hz (72-198bpm) |
| Test Medium | Purified Water, Saline Solution or Phosphate Buffered Saline (PBS) |
| Fluid Temperature Control | Room Temperature to 42℃, ±2℃ |
| Pressure Range / Accuracy | -100 to 700mmHg, ±2mmHg |
| Camera Configuration | One High-speed Camera (up to 500fps) & Matching Light Source |
| Others | Common Accessories, Fixture Customization Available |
1、"Biomimetic Structure, Compliance Tuning, and Biomimetic Driving Waveforms" to accurately simulate normotensive physiological load conditions.
2、The system offers two running modes: Autopilot Stroke and Fixed Stroke, accommodating various testing requirements.
3、In Autopilot Stroke mode, precise close-loop control over the closing differential pressure and ISO% time ratio minimizes test duration.
4、Integrating with a high-speed camera system, the software provides integrated control, supporting real-time display and slow-motion review.
5、The Gingko VRWT TEST software provides a user-friendly interface and supports multiple data recording modes.
