Description
The Turbo-driven Veterinary Anesthesia Ventilator YR06104 is a revolutionary device designed to enhance the precision and safety of animal surgeries. Its unique turbo-driven design eliminates the need for a high-pressure air source, allowing it to operate seamlessly with just an oxygen concentrator. This feature, combined with its portability and lightweight structure, makes it an invaluable asset for pet hospitals, animal clinics, wildlife rescue stations, and various educational and research institutions. The ventilator autonomously calculates ventilation parameters based on the animal’s weight, simplifying the process for veterinarians and technicians alike. It also offers multiple breathing modes, including VCV, PCV, and SPONT, providing versatility to meet diverse clinical needs.
Market Price
When considering the market price for veterinary anesthesia ventilators, costs can vary depending on their features and specifications. The Turbo-driven Veterinary Anesthesia Ventilator YR06104 falls within a competitive price range of approximately $4500 to $5300, making it an economically sound choice for institutions aiming to enhance their surgical capabilities without overshooting their budget.
Frequently Asked Questions
- How does the turbo-driven design work without a high-pressure air source? The ventilator uses a turbo-driven mechanism that relies on an oxygen concentrator, eliminating the need for additional air pressure.
- Is the YR06104 suitable for all types of animals? Yes, it’s designed to accommodate a wide range of animal sizes and types by simply adjusting the weight setting for precise ventilation.
Advantages and Disadvantages
The Turbo-driven Veterinary Anesthesia Ventilator YR06104 boasts several advantages, including ease of movement, space efficiency, and automatic ventilation settings. Its versatility in meeting various clinical requirements is a significant plus. However, potential disadvantages may include the initial learning curve for staff unfamiliar with turbo-driven systems and the necessity of an oxygen concentrator for operation.
Product Usage in the Field
Veterinarians and animal health professionals often utilize this ventilator in surgical scenarios to ensure steady and controlled ventilation. Its adaptability to different animal weights and its automatic adjustment of ventilation parameters simplify procedures, allowing for focus on the surgery itself rather than manual ventilator adjustments.
Recommendations
For optimal use, it is recommended to regularly service the ventilator to ensure all settings and functions remain accurate. Users should be trained on its diverse modes for effective application in varying clinical situations. Regularly checking the oxygen concentrator included is also essential for maintaining consistent operation.
Features
- Automatic calculation of ventilation parameters based on animal weight
- Lightweight and portable for easy maneuverability
- Various breathing modes including VCV, PCV, and SPONT
- Automatic ventilation in SPONT mode when spontaneous breathing ceases
Technical Specifications
Model | YR06104 |
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 |