Description
The Turbo-driven Veterinary Anesthesia Ventilator YG0376 is a state-of-the-art respiratory support system specifically crafted for diverse veterinary surgical applications. It promises precise and reliable anesthesia management. This advanced device stands out because it can function efficiently with just an oxygen concentrator, without the need for a high-pressure air source, making it a must-have for pet hospitals, animal clinics, research institutions, wildlife rescue centers, and veterinary schools. The innovative turbo-driven technology ensures seamless operation, and its compact, lightweight design makes it ideal for space-constrained veterinary facilities.
Market Price
The Turbo-driven Veterinary Anesthesia Ventilator YG0376 is positioned as a premium product in the market. With advanced features like multi-mode ventilation adaptability and automation based on animal weight, this ventilator is priced between $4,220 to $4,225 USD. Prices may vary depending on optional accessories, service agreements, and the supplier. Such an investment is justified by its high precision, automation, and dedicated safety systems, which are invaluable in veterinary hospitals, research institutions, and wildlife rescue centers.
Frequently Asked Questions
- What animals can be supported by this ventilator?
This ventilator is versatile, designed for a wide range of animals, from small pets to large mammals, with precise tidal volume adjustments from 20 to 1500ml.
- Does it require a compressed air source?
No, the turbo-driven technology eliminates the need for high-pressure air, allowing efficient operation with just an oxygen concentrator.
- Can it adjust ventilation parameters automatically?
Yes, the ventilator calculates and adjusts ventilation settings based on the animal’s weight automatically, minimizing human error.
- How does it ensure safety during anesthesia?
It features multiple alarms for high/low pressure, power failure, and oxygen supply loss, ensuring real-time monitoring of critical parameters.
Advantages and Disadvantages
Advantages:
- Turbo-driven operation eliminates the need for high-pressure air.
- Compact and lightweight design saves space in veterinary facilities.
- Automatic ventilation parameter calculation reduces human error.
- Multiple ventilation modes, adaptable to various clinical scenarios.
- SPONT mode for automatic ventilation when spontaneous breathing stops.
Disadvantages:
- Higher initial investment compared to basic veterinary ventilators.
- Requires regular calibration and monitoring for long-term reliability.
- Advanced features may require specialized training for optimal use.
Product Usage in the Field
The YG0376 Veterinary Anesthesia Ventilator proves essential in veterinary surgical centers, emergency units, and research facilities where precise and automated respiratory support is crucial. Its flexibility and efficiency make it a critical tool for both routine and complex anesthesia procedures. It can adapt to multiple clinical scenarios and ensure safety and reliability.
Recommendations
To ensure the optimal performance and longevity of the Turbo-driven Veterinary Anesthesia Ventilator YG0376, regular calibration and maintenance are vital, especially for its pressure sensors and ventilation parameters. Veterinary professionals should receive adequate training to operate its sophisticated turbo-driven system effectively. Regularly testing alarm functions is recommended to guarantee patient safety during anesthesia. Integrating the ventilator with reliable oxygen concentrators and ensuring proper connectivity with other anesthesia machines will further enhance its effectiveness in clinical settings.
Technical Specifications
Model | YG0376 |
Tidal volume (TV) | 20-1500ml |
Breathing rate (Freq) | 1-150bpm |
Spontaneous breathing rate (Freq_Spont) | 0-150bpm |
Ratio of inhalation and exhalation (I:E) | 9.9:1-1:9 adjustable |
Hold time | 0-50% |
Flow trigger sensitivity (F_Tring) | 0.5-20L/min, OFF |
Pressure Trigger Sensitivity (P_Tring) | -1-20cmH2O, OFF |
End-expiratory pressure | 3-20cmH2O, OFF |
SIMV frequency (Fre_SIMV) | 2-60bpm |
Inspiratory time (T_Insp) | 0.1-12s |
Pressure support (PS) | 0-60cmH2O |
Inspiratory pressure (T_Insp) | 0-60cmH2O |
Tidal volume of expiratory | 0-2500ml |
Tidal volume of inspiratory | 0-2500ml |
Minute Ventilation (MV) | Display range: 0-99L/min Use range: 0-25L/min |
Spontaneous minute ventilation (MV_Spont) | Display range: 0-99L/min Use range: 0-25L/min |
Peak pressure (Ppeak) | 0-80cmH2O |
Platform pressure (Pplat) | 0-80cmH2O |
Mean pressure (Pmean) | 0-80cmH2O |
Inhaled oxygen concentration (FiO2) | 15-100% |
End-expiratory pressure (PEEP) | 0-20cmH2O |
Driving gas pressure (Press_Drive) | 0-900kpa |
Paw-T waveform | Pressure monitoring range: 0~120cmH2O; X-axis: 0~10s |
Flow-T waveform | Y-axis:-1800~180L/min X-axis: 0~10s |
V_T waveform | Z-axis:0~2000L/min X-axis:0~10s |