Description

The Portable Anesthesia Machine YR02061 is expertly engineered to deliver efficient and reliable anesthesia in surgical settings where space is a constraint. This manual operation device eliminates the need for electricity, making it an ideal solution for office-based anesthesia. The machine supports various ventilation modes, including closed, semi-closed, and manual, ensuring versatility for different surgical requirements. Additionally, its classical CO2 circle absorber is equipped with a canister designed to minimize gas leakage while providing low resistance. The machine features three gauges—two for O2 and one for airway pressure—offering comprehensive monitoring capabilities.

Market Price

When considering the acquisition of an anesthesia machine like the YR02061, the market price generally ranges between $2900 and $3500 USD. This price spectrum reflects the advanced features and robust design of this model, ensuring reliability and efficiency in various clinical settings.

Frequently Asked Questions

Q: Does the Portable Anesthesia Machine YR02061 require any electrical power?

A: No, this model operates entirely through manual mechanisms, making it a versatile choice for environments without electrical access.

Q: What is the typical patient range for this machine?

A: It is suitable for patients weighing between 1 and 300 kilograms, including both human patients and veterinary cases.

Advantages and Disadvantages

The primary advantage of the Portable Anesthesia Machine YR02061 is its complete independence from electrical power, which enhances flexibility and portability. Its adaptability to different ventilation modes makes it suitable for a broad range of procedures. However, the requirement for manual operation could be a downside for settings that typically rely on automatic systems for convenience.

Field Use

In practical scenarios, the Portable Anesthesia Machine YR02061 is utilized in surgical environments where electricity may not be available, such as mobile clinics or veterinary practices in remote areas. Its design accommodates manual adjustments to maintain patient safety and comfort effectively.

Recommendations

It is recommended to regularly check the canister of the CO2 absorber for optimal performance and replace it as necessary to prevent gas leaks. Ensure that personnel operating the machine are adequately trained in manual anesthesia delivery to maximize the device’s potential benefits.

Features

• Versatile ventilation modes: closed, semi-closed, and manual
• Classical CO2 circle absorber with low resistance and minimal gas leakage
• Manual operation eliminates the need for electricity
• Three gauges for comprehensive monitoring

Technical Specifications