Description
The Anesthesia Machines YR02064-YR02068 are state-of-the-art equipment designed to deliver optimal performance across various healthcare settings, including Intensive Care Units (ICU), Operating Rooms, and Anesthesiology Departments. Known for their reliability and versatility, these machines support the needs of both adult and pediatric patients through customizable ventilation modes and user-friendly interfaces featuring bright color displays. With a standard configuration that includes two vaporizers and support for multiple air sources, these anesthesia machines provide precise control over anesthesia delivery, ensuring patient safety and comfort.
Market Price
When considering the purchase of an anesthesia machine, understanding the market price range is essential. Typically, anesthesia machines like the YR02064-YR02068 models are priced between $14,000 and $15,000 USD, reflecting their advanced functionalities and robust design. By offering a blend of cutting-edge technology and affordability, these machines stand as a valuable investment for healthcare providers aiming to enhance their medical capabilities.
Frequently Asked Questions
What ventilation modes are available in these machines? The machines offer a variety of modes including IPPV, SIMV, AC, and more to accommodate different patient needs and clinical scenarios.
Are these machines suitable for pediatric patients? Yes, the YR02064-YR02068 models are designed to be used across a wide range of patients, from adults to children, including pediatric use.
How many vaporizers are included as standard with these models? They come with two vaporizers as a standard feature, ensuring flexibility and efficiency in anesthesia delivery.
Advantages and Disadvantages
The Anesthesia Machines YR02064-YR02068 offer numerous advantages, such as user-friendly interfaces with color touch screens, extensive ventilation modes, and compatibility with various patient types. However, they may require training to maximize functionality due to their advanced features. Additionally, upfront investment costs can be high, but the long-term benefits often outweigh the initial expense.
Product Use in Field
In real-world applications, these anesthesia machines are integral to patient care in various hospital departments. They are versatile enough to handle routine operations as well as critical care situations in ICUs. Clinicians appreciate the machines’ precise control over anesthesia levels and their ability to provide detailed respiratory information through oscillograms.
Recommendations
To ensure peak performance, regular maintenance of the anesthesia machines is recommended. Users should receive comprehensive training to leverage all functionalities, and it’s advisable to perform periodic software updates to keep the systems running efficiently. To further explore the capabilities and secure a quote, consider using the Kalstein Plus platform for a seamless purchasing experience.
Features
Here are key features of the Anesthesia Machines YR02064-YR02068:
- Advanced color touch screens for easy operation.
- Support for multiple air sources: O2, N2O, and AIR.
- A wide range of ventilation modes to suit different medical scenarios.
- Compatible with adult and pediatric patients.
- Standard inclusion of two vaporizers for flexibility in anesthesia management.
Technical Specifications
Model | YR02064 | YR02065 | YR02066 | YR02067 | YR02068 |
Display screen | 10.4″ Color Display | 15″ Color Touch Screen | 15″ TFT LCD touch screen | ||
Air sources | 3 (O2, N2O and AIR) | ||||
Ventilation Modes | IPPV, A/C, SIMV | IPPV, A/C, PCV, SIMV, SIGH, MANUAL | VCV / PCV / PSV / AC / SIMV-V / SIMV-IP / PRVC / Manual / STAND-BY | IPPV, A/C, PCV, SIMV, SIGH, MANUAL | (V-CMV) IPPV, (P-CMV) PCV, PSV, (P-SIMV), (V-SIMV), SIGH, PRVC, MANUAL |
Tidal Volume | 0, 20-1500mL | 0, 10-1500mL | 0, 20-1500mL | 0, 10-1500mL | |
Oscillograms | Two: 1. P-T (pressure – time) 2. F-T(flow – time) |
Three: 1. P-T (pressure – time) 2. F-T(flow – time) 3. P-V loop (pressure – volume loop) |
Four: 1. P-T (pressure – time) 2. F-T(flow – time) 3. V-T(volume – time ) 4. P-V loop (pressure – volume loop) |
Five: 1. P-T(pressure – time) 2. F-T(flow – time) 3. V-T(volume – time ) 4. P-V loop (pressure – volume loop) 5. ETCO2-T (End-tidal CO2 – time) |