Dynarex 31002 Closed Suction Tracheal Catheter w/ T-Piece, 14 Fr, 2/10/cs

Dynarex 31002 Closed Suction Tracheal Catheter w/ T-Piece, 14 Fr, 2/10/cs

If you are in need of a reliable and high-quality closed suction tracheal catheter, look no further than the Dynarex 31002. This essential medical device is designed to effectively clear the airway and maintain respiratory function in critical care settings.

Technical specifications: The Dynarex 31002 features a 14 Fr size with a convenient T-piece for easy connection. It is available in a pack of 2/10, ensuring you always have an ample supply on hand.

Quality and durability: This catheter is constructed from top-quality materials to ensure optimal performance and durability. It is designed to meet the highest industry standards for quality and safety.

Real-world use cases: The Dynarex 31002 is ideal for use in hospitals, clinics, and emergency medical settings. It is trusted by healthcare professionals for its reliability and effectiveness in maintaining airway patency.

Target users: This catheter is essential for respiratory therapists, critical care nurses, and other healthcare professionals who require a dependable solution for airway clearance.

Practical benefits: The Dynarex 31002 offers numerous practical benefits over generic alternatives. It provides secure and effective suctioning, minimizing the risk of complications and improving patient outcomes.

Storage and handling: This catheter is designed for easy storage and handling, making it convenient for busy healthcare environments. It is compatible with standard suctioning equipment for seamless integration into existing protocols.

Bulk purchase value: With the Dynarex 31002, you can enjoy the cost savings and convenience of purchasing in bulk. The 2/10 pack size offers great value for high-demand settings.

In conclusion, the Dynarex 31002 Closed Suction Tracheal Catheter w/ T-Piece is a reliable and efficient solution for airway clearance in critical care settings. Trust Dynarex for quality, safety, and performance in every medical device.