The
Turbo-driven Veterinary Anesthesia Ventilator YR06104 is an essential piece of equipment for veterinary practices and research institutions. Its innovative turbo-driven design eliminates the need for a high-pressure air source, requiring only an oxygen concentrator to function effectively. This makes it ideal for various animal surgical scenarios, including use in pet hospitals, animal clinics, and wildlife rescue stations. With automatic ventilation parameter calculations based on the animal's weight and a range of breathing modes such as VCV, PCV, and SPONT, this ventilator adapts to diverse clinical needs. Lightweight and easy to move, it optimizes space in any veterinary environment, ensuring the wellbeing of animals during surgical procedures.
Market Price
The market price range for veterinary anesthesia ventilators like the YR06104 varies widely depending on features and brand reputation. On average, you can expect to invest between USD 4,000 and USD 5,200 for a quality ventilator of this caliber. It represents a sound investment for veterinary facilities dedicated to providing cutting-edge care. For precise pricing, we recommend generating an automatic quotation via Kalstein Plus.
Frequently Asked Questions
What is the main advantage of a turbo-driven ventilator?
The main advantage is that it operates without the need for high-pressure air, reducing operational costs and complexity.
Can this ventilator be used for all types of animals?
Yes, it's suitable for a wide range of animals, as the ventilation parameters are adjustable based on weight.
Advantages and Disadvantages
One key advantage of the Turbo-driven Veterinary Anesthesia Ventilator YR06104 is its portability and space-saving design, making it ideal for various veterinary settings. Additionally, the automatic calculation of ventilation parameters helps ensure animal safety and efficient operation. However, its advanced features may present a learning curve for those unfamiliar with high-tech veterinary equipment.
Product Use in the Field
In practical applications, the YR06104 ventilator is used during surgeries to maintain adequate ventilation in animals that are unable to breathe independently. Its ability to adjust breathing modes according to clinical requirements ensures that diverse surgical procedures can be conducted safely and efficiently.
Recommendations
For optimal use, regularly maintain and calibrate the ventilator, following the manufacturer's guidelines. Training staff on the operation of different ventilation modes will also enhance the efficacy of surgical procedures.
Features
- Automatic calculation of ventilation parameters.
- Portable and space-saving design.
- Multiple breathing modes: VCV, PCV, SPONT, and more.
- SPONT mode for automatic ventilation 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 |