Description
The Anesthesia Machines YR02064-YR02068 are designed to deliver exceptional performance in diverse medical environments, including Intensive Care Units (ICU), Operating Rooms, and Anesthesiology Departments. These versatile machines offer state-of-the-art technology with features such as a dual vaporizor standard, making them suitable for patients of all ages, from adults to pediatrics. With advanced ventilation modes and comprehensive oscillogram analysis, these anesthesia machines ensure precise administration and monitoring, crucial for patient safety and care quality. Explore more about how these machines can enhance your medical practice today.
Market Price
The current market price for high-quality anesthesia machines like the YR02064-YR02068 series typically falls between $14,400 and $15,200 USD. This pricing reflects the advanced features and reliability that these machines offer, ensuring a worthwhile investment for medical facilities seeking top-tier anesthesia solutions.
Frequently Asked Questions
What types of patients can use these anesthesia machines? The YR02064-YR02068 models are designed to be used for adults, children, and pediatric patients, offering versatility for various medical needs.
What are the main ventilation modes available? These machines support multiple ventilation modes, including IPPV, A/C, PCV, SIMV, and MANUAL, among others.
How user-friendly are the display screens? The machines come with either a 10.4″ color display or a 15″ color touch screen, providing intuitive interfaces for easy navigation and monitoring.
Advantages and Disadvantages
One of the primary advantages of the Anesthesia Machines YR02064-YR02068 is their advanced versatility in ventilation modes, allowing for tailored patient care. The color display screens enhance usability, while the inclusion of multiple oscillograms and ETCO2 monitoring ensures comprehensive patient monitoring. However, the complexity of features might require thorough training for optimal utilization, which could be seen as a drawback for some users.
Product Usage in the Field
The Anesthesia Machines YR02064-YR02068 are deployed in various settings such as ICUs and operating rooms due to their robust performance and reliability. They enable clinicians to effectively administer and monitor anesthesia through precise tidal volumes and sophisticated oscillogram analyses, enhancing patient safety across a diverse range of clinical scenarios.
Recommendations
To maximize the effectiveness of these anesthesia machines, regular maintenance and calibration are recommended. Familiarize the medical staff with all available ventilation modes and display functionalities to leverage the full potential of these machines. Utilizing the Kalstein Plus platform for quick quotations or ordering can facilitate timely upgrades and maintenance requests.
Features
- Dual vaporizor standard suitable for various patient age groups
- Advanced ventilation modes for tailored patient care
- Intuitive color display screen options (10.4″ and 15″ touch)
- Comprehensive oscillogram and ETCO2 monitoring
- Compatibility with multiple air sources (O2, N2O, and AIR)
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) |