Wholesale Disposable Coaxial Breathing Circuit – Thermal Wrap, 100% Leak-Inspected, Synthetic Bag Feedback

Description

Wholesale Disposable Coaxial Breathing Circuit – Thermal Wrap for Optimal Gas Conditioning

The Disposable Anesthesia Breathing Circuit – Coaxial Tube is a state-of-the-art solution designed to enhance the safety and efficiency of gas delivery during anesthesia. The signature Coaxial “tube-within-a-tube” design fundamentally improves patient outcomes by addressing the crucial need for optimal gas conditioning. This design strategically creates a thermal wrap around the inspiratory tube, increasing the temperature and humidity of the inspired gasses. This critical feature minimizes patient heat loss, preserves the integrity of the tracheal mucosa, and reduces the risk of airway dehydration. As a wholesale provider, we ensure that our circuits are available for the entire range of patients who require anesthesia from neonatal, pediatric, adult and specialty procedures.

Quality Assurance and Superior Component Performance

Guaranteed System Integrity

For critical breathing circuits, system integrity is the baseline of patient safety:

• 100% Leak Inspection: We guarantee maximum reliability as All tubing is 100% leak-inspected at production. This rigorous quality control process ensures that the circuits arrive ready for clinical use, minimizing the risk of gas waste, inaccurate gas sampling, and compromise to the delivered pressure or volume.
• Breathing Bag Feedback: The included Medline Breathing Bags are crafted from a unique synthetic-rubber blend of materials. This innovative composition is designed to optimize feedback for accurate pressure assessment by the clinician. The tactile and elastic response of the bag provides a superior feel during manual ventilation, directly correlating pressure applied to the patient’s lung compliance.
• Latex-Free Commitment: The base product is not made with natural rubber latex, minimizing the risk of latex allergies, a critical safety consideration in modern healthcare.

Enhancing Gas Conditioning

The coaxial design’s thermal benefits are immediate and clinical:

• Humidity Preservation: By routing the warm, moist expired gas around the cool inspired gas tube, the design efficiently transfers heat and moisture back into the inspired mixture, reducing the need for external active humidification devices in many cases.
• Minimized Condensation: The warmer circuit environment reduces internal condensation, preventing water traps and ensuring a clearer path for gas flow and visualization.

Customization and Procurement Versatility

Modular Options for Specialty Procedures

We understand that clinical needs vary widely, which is why we offer a full suite of circuit components and options through our modular design:

• Filtration and Sampling: Available Optionals include HME’S, HMEF’S bacterial viral filters, which are essential for heat-moisture retention and contamination control. Furthermore, the option of a Gas sampling line allows for precise, real-time monitoring of anesthetic agents and ETCO_2.
• Circuit Expansion: The availability of Flex extenders allows the circuit length to be adapted to different operating room layouts, equipment placement, and patient positioning requirements (prone, lateral, etc.).
• Connection Versatility: Options include Plain or ported elbows, providing flexibility for connecting to monitors or specific patient interfaces. We also offer Multiple anesthesia face mask options for a complete kit solution.
• Breathing Bag Choices: The circuit can be configured with a Latex Free Bag or Latex Bag (with volumes of 0.5L, 1L, 2L, 3L available), ensuring the right manual ventilation volume for every patient size.

For procurement professionals requiring a high-assurance, versatile, and patient-centric breathing circuit, the Wholesale Disposable Coaxial Breathing Circuit is the ideal solution. Its thermal wrap technology, 100% leak inspection, and modular customization options deliver superior performance across all neonatal to adult anesthesia cases.