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Haiye Medical
Haiye Medical
The HY-YBYH Series Single-Use Digital Flexible Nasopharyngoscope represents a paradigm shift in diagnostic precision, specifically engineered for superior visualization of the nasal and pharyngeal cavities. By seamlessly integrating high-resolution digital imaging with an ultra-flexible design, this disposable solution completely eliminates the risk of cross-contamination and the operational complexities associated with traditional reprocessing, upholding the most stringent standards of patient safety and clinical hygiene.
Designed for versatility and high-throughput clinical environments, the HY-YBYH series empowers clinicians with an expansive field of view and exceptional maneuverability. Whether performing routine screenings or intricate diagnostic interventions, the high-performance digital sensor and optimized insertion length facilitate seamless navigation and accurate medical assessments, ensuring reliability and efficiency in fast-paced healthcare settings.
| Field Angle | 120° (Tolerance ±10%) | Field Depth | 3mm ~ 150mm |
|---|---|---|---|
| Rotation (Up) | 0° to 210° (Tolerance ±10%) | Rotation (Down) | 0° to 210° (Tolerance ±10%) |
| Camera Resolution | 400x400 Pixels | Instrument Channel | 1.2mm ~ 2.8mm |
| Channel Min Dia. | ≥ Ø 1.0mm | Insertion Length | 360mm (Tolerance ±5%) |
| Device Type | Single-Use Digital | Series Model | HY-YBYH |
The strictly single-use architecture completely removes the risk of healthcare-associated infections between patients.
Eliminate time-consuming sterilization cycles, allowing for significantly higher patient throughput and streamlined workflows.
A wide 210° bidirectional rotation ensures comprehensive access to the most challenging anatomical areas.
Integrated 400x400 pixel sensors provide real-time, high-clarity visualization for precise diagnostic accuracy.
The 120° field angle provides a broad and comprehensive perspective of the entire nasopharyngeal region.
Designed for seamless integration with various image processors to fit existing clinical hardware setups.
Simplified tracking of disposable stock levels to ensure uninterrupted clinical service and availability.
Eliminates the complex sterilization cycle, streamlining the transition and turnaround time between patients.
Every single unit is factory-calibrated to maintain consistent image quality and peak performance.
Establish predictable per-procedure costs by removing expensive long-term maintenance and repair fees.
Ready-to-use sterile packaging ensures immediate availability for emergency diagnostic settings.
Seamless interface with digital image processors for instant recording, review, and archiving.
| Comparison Metric | Reusable Endoscopes | Single-Use HY-YBYH |
|---|---|---|
| Initial Cost | Very High | Low |
| Sterilization Cost | Ongoing/High | Zero |
| Risk of Infection | Potential Risk | Eliminated |
| Maintenance Fee | Annual/Expensive | None |
| Turnaround Time | Hours/Days | Instant |
The primary benefits include the total elimination of cross-contamination risks, the removal of costly and time-consuming sterilization processes, and the guarantee of a fully functional, high-performance device for every patient.
The HY-YBYH series utilizes a high-resolution 400x400 digital sensor that provides clear, real-time visualization, ensuring that clinicians do not sacrifice diagnostic accuracy for the convenience of a disposable device.
Yes, the device features a generous rotation range of 0° to 210° both upwards and downwards, allowing clinicians to navigate complex anatomy with ease and precision.
The instrument channel (ranging from 1.2mm to 2.8mm) allows for the introduction of biopsy forceps or other small medical tools for therapeutic interventions during the diagnostic procedure.
The scope is designed to be compatible with standard Endoscope Image Processors, allowing for quick plug-and-play connectivity and immediate digital output to monitors.
Not at all. The device is engineered to maintain full structural integrity and digital performance throughout the entire duration of a clinical procedure, ensuring reliability when it matters most.
