L Shape 72 Hours Closed Circuit Suction For Endotracheal With MDI Port

L Shape 72 Hours Closed Circuit Suction For Endotracheal With MDI Port

Specification For Closed Circuit Suction

Product Information For Closed Circuit Suction

The 72-hour closed suction catheter is a specialized medical device designed for extended use in the suctioning of respiratory secretions from patients requiring mechanical ventilation or supplemental oxygen. This catheter is intended for up to 72 hours of continuous use, providing a safe and efficient suctioning option for critically ill patients.

Description:

• The 72-hour closed suction catheter features a closed, integrated system that allows for suctioning without the need to disconnect the patient from the ventilator or oxygen source.
• The catheter is engineered with materials and design features that enable it to be used for up to 72 hours before replacement is required.
• The closed system helps maintain a sterile environment and prevent the introduction of pathogens during the suctioning process.

Purpose:

• Facilitates the removal of respiratory secretions, mucus, and other materials from the patient's airway while maintaining a closed, sterile system.
• Helps prevent the buildup of secretions within the suction catheter and tubing, which can compromise the efficiency of the suctioning process.
• Reduces the risk of infection and cross-contamination by maintaining a closed, continuous system for suctioning.
• Enhances patient safety and comfort by minimizing the need for repeated catheter insertions and disconnections from the ventilator or oxygen source.

Key Features:

• Integrated suction catheter within a closed, Y-shaped or L-shaped connector.
• Sealed port or valve to allow catheter insertion and suctioning without disconnecting the ventilator circuit.
• Durable materials and design features that enable up to 72 hours of continuous use.
• Compatibility with various ventilator or oxygen delivery circuits.
• Availability in different sizes and configurations to accommodate different patient needs and airway dimensions.

Benefits:

• Maintains continuous ventilation and oxygenation during the suctioning process, reducing the risk of hypoxemia and respiratory compromise.
• Enhances the effectiveness of the suctioning procedure by preventing the buildup of secretions within the system.
• Decreases the frequency of catheter changes and patient disconnections from the respiratory support, improving patient comfort and safety.
• Helps reduce the risk of infection and cross-contamination by maintaining a closed, sterile suction system for up to 72 hours.
• Streamlines the suctioning procedure, potentially saving time and reducing the risk of complications.

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