Salter Labs Salter-Lite Pediatric Oral/Nasal Sleep Diagnostic Cannula (25/Case)

The Salter Labs Salter-Lite Pediatric Cannula is specifically designed for pediatric patients undergoing sleep diagnostic monitoring. It’s crafted to ensure a comfortable and secure fit for smaller patients, optimizing signal integrity during sleep studies.

Yes, the Salter Labs Salter-Lite Pediatric Cannula is specifically engineered for real-time, simultaneous sleep diagnostic monitoring, ensuring comprehensive data acquisition during pediatric sleep studies. This dual functionality allows for concurrent measurement of two vital metrics:

• Pressure/Snore Monitoring: This is handled by the large, green 7-foot (2.13 m) airflow pressure/snore monitoring tube.
• ETCO2 Gas Sampling: This is facilitated by the small, clear 7-foot (2.13 m) gas sampling tube, which features a male luer-style connector.

Furthermore, the pediatric design utilizes a smaller, lighter facepiece to ensure a secure anatomical fit, crucial for maintaining optimal signal integrity.

This product is sold in a case containing 25 complete Salter-Lite Pediatric Oral/Nasal Sleep Diagnostic Cannulas. Each individual unit is designed for dual-function monitoring and includes the following specialized components:

• Pediatric Oral/Nasal Facepiece: Features a smaller, lighter design for a secure anatomical fit on pediatric patients. The oral trunk tubing can be trimmed for optimal positioning and patient comfort.
• Gas Sampling Tube (Clear): A small, clear tube, 7 feet (2.13 m) in length, used for essential ETCO2 gas sampling. It is equipped with a male luer-style connector.
• Airflow/Snore Monitoring Tube (Green): A large, green tube, also 7 feet (2.13 m) long, dedicated specifically to obtaining accurate airflow pressure and snore monitoring signals.

Yes, the Salter-Lite cannula features a specialized, smaller and lighter facepiece designed specifically to ensure a secure, anatomical fit on pediatric patients. This design guarantees superior performance during sleep studies:

• Optimal Signal Integrity: The secure fit is crucial for delivering clear and accurate signals essential for reliable diagnostic testing.
• Dual Monitoring: It facilitates simultaneous monitoring of pressure/snore dynamics and ETCO2 gas sampling.
• Customizable Positioning: For enhanced patient comfort and precise data collection, the oral trunk tubing can be trimmed as needed for optimal placement.

Yes, the oral trunk of the cannula can be trimmed to achieve the best possible positioning for individual patients, enhancing comfort and accuracy during monitoring.

Each case includes 25 Salter Labs Salter-Lite Pediatric Oral/Nasal Sleep Diagnostic Cannulas.

Yes, the Salter-Lite Pediatric Oral/Nasal Cannula is engineered for real-time, simultaneous dual monitoring during sleep diagnostic studies.

This functionality allows clinicians to collect essential data concurrently through two separate, dedicated tubes included with the device:

• Airflow Pressure/Snore Monitoring: Handled by the large, dedicated green 7-foot (2.13 m) tube.
• ETCO2 Gas Sampling: Handled by the small, clear 7-foot (2.13 m) tube, which features a male luer-style connector for interfacing with gas sampling equipment.

The smaller, lighter facepiece is crucial for maintaining optimal signal integrity, ensuring a secure anatomical fit on pediatric patients for the most accurate diagnostic results.

Both the gas sampling tube and the airflow pressure/snore monitoring tube are 7’ (2.13 m) in length.

This cannula is designed to provide clear, accurate signals for both real-time pressure/snore monitoring and ETCO2 gas sampling.

Yes, the Salter-Lite is specifically engineered for pediatric sleep diagnostics, prioritizing both comfort and accuracy.

It features a smaller, lighter facepiece tailored to ensure a secure anatomical fit on children. This specialized design helps maintain comfort throughout the study while achieving the best possible signal integrity.

For enhanced flexibility and patient comfort, the oral trunk component is also trimmable by a clinician to achieve optimal, personalized positioning.