REBREATHING BAG

Advance Information*

Introduction

Anesthetic rebreathing bags are essential components in anesthetic delivery systems, used to help manage and deliver respiratory gases to patients. These bags are made of either latex rubber or silicone, providing versatile options to accommodate different needs within clinical environments.

Material Composition

Latex Rubber Rebreathing Bags:

Latex rubber rebreathing bags are produced through a dipping process, which ensures a consistent, durable, and flexible product. These rubber bags are traditionally favored for their elasticity and robust nature. Each bag is equipped with a reinforced 22mm neck and a loop for convenient hanging and storage. The surface of latex bags is particularly designed to be anti-static, reducing the risk of static-related complications during anesthetic procedures.

Silicone Rebreathing Bags:

Silicone rebreathing bags are known for their hypoallergenic properties, making them an excellent choice for patients who may be sensitive or allergic to latex. Silicone offers superior durability and elasticity, making these bags highly resistant to wear and tear. They are non-reactive and can withstand a wide range of sterilization processes, ensuring they remain safe and functional over multiple uses.

Features and Benefits

Universal Compatibility

• 22mm Neck: The standard 22mm reinforced neck ensures that these rebreathing bags are compatible with a wide variety of anesthetic circuits and systems, providing reliable connections and minimizing the risk of leaks.

Durability and Reusability

• Multi-Use Design: Both latex and silicone rebreathing bags are designed to be reused multiple times, offering cost-effectiveness for medical facilities.
• Thin Yet Durable: The bags' thin yet durable design ensures longevity, facilitating multiple uses without compromising the performance and safety of the rebreathing bags.

Patient Comfort and Clinician Efficiency

• Comfortable: The bags are designed to be comfortable for patients, providing stable and consistent delivery of anesthetic gases without causing undue stress or discomfort.
• Hourglass-Shaped Contour: The hourglass-shaped contour design of the breathing bag helps reduce hand fatigue for clinicians, allowing for easier and more efficient handling during procedures.
• Tri-Pleat Design: The innovative tri-pleat design offers a better grip and fit, making the bags easier to handle and manipulate under various conditions. This design enhances clinician efficiency, ensuring that they can focus on patient care rather than equipment difficulties.

Enhanced Clinical Performance

• Anti-Static Properties: The anti-static nature of these bags ensures safer operation in environments where static electricity could pose a hazard.
• Dependable Functionality: The thin and durable surface of the rebreathing bags maximizes the ability for clinicians to feel and assess patient lung activity accurately. This tactile feedback is crucial in making quick and precise adjustments during anesthetic delivery.
• Efficient Gas Delivery: The hourglass-shaped contour breathing bag design also ensures efficient delivery of the required gas volume, minimizing waste and ensuring patients receive optimal levels of anesthetic.

Size Variations

To accommodate a wide range of patients, from pediatric to adult, these anesthetic rebreathing bags are available in five standard sizes:

• 0.5 L: Suitable for small infants and neonatal patients.
• 1.0 L: Ideal for pediatric patients.
• 2.0 L: Designed for larger pediatric patients and small adults.
• 3.0 L: Fits a range of average-sized adult patients.
• 5.0 L: Suitable for larger adult patients and situations requiring higher gas volumes.

Certifications and Standards

• USFDA: Certified by the United States Food and Drug Administration, ensuring these rebreathing bags meet high standards of safety and performance.
• CE: The CE marking indicates conformity with European health, safety, and environmental protection standards.
• ISO13485: Certification for quality management systems specific to medical devices, demonstrating the commitment to quality in manufacturing.
• ISO9001: General quality management systems certification that underscores the overall quality and reliability of the production process.
• FSC: Certification indicating compliance with ethical and safety guidelines in manufacturing.

Packaging

The rebreathing bags are packaged non-sterile, allowing medical personnel to choose appropriate sterilization methods prior to use. This packaging approach supports facilities' varying preferences and protocols regarding equipment sterilization.

Conclusion

Anesthetic rebreathing bags, available in both latex rubber and silicone variants, provide reliable, durable, and versatile solutions for anesthetic gas delivery. Their thoughtful design prioritizes patient comfort, clinician efficiency, and optimal clinical performance, while adhering to rigorous safety and quality certifications. The availability of multiple sizes ensures compatibility with diverse patient needs, making these rebreathing bags an essential tool in modern anesthetic practice.