Smiths ASD BivonaFlexTend TTS Pediatric Tracheostomy Tube Size 5

What is BJ67PFPS55 Smiths ASD BivonaFlexTend TTS Pediatric Tracheostomy Tube Size 5?

The BJ67PFPS55 Smiths ASD BivonaFlexTend TTS Pediatric Tracheostomy Tube Size 5 is a sterile, single-use tracheostomy tube designed for pediatric and neonatal patients requiring temporary or intermittent mechanical ventilation. Featuring a straight neck flange and a 5.5 mm internal diameter, this tracheostomy tube supports secure airway access with minimal trauma. It includes an obturator, twill tape, and disconnection wedge for safe, efficient insertion and stabilization. Manufactured under strict quality standards, it ensures biocompatibility and reliable performance in critical care settings.

Key features

• Sterile Single-Use Design — Ensures infection control and patient safety.
• 5.5 mm ID / 8.0 mm OD — Precisely sized for pediatric airway compatibility.
• 114 mm Overall Length — Optimized for correct placement in small patients.
• Included Obturator and Wedge — Facilitates smooth insertion and secure setup.
• Twill Tape Included — Allows secure tube fixation to reduce displacement.
• Flexible TTS Flange — Enhances comfort and adapts to neck contours.
• Cuff-Compatible Design — Supports intermittent cuff use for airway sealing.

Who is BJ67PFPS55 Smiths ASD BivonaFlexTend TTS Pediatric Tracheostomy Tube Size 5 for?

This tracheostomy tube is intended for healthcare providers managing pediatric and neonatal patients in hospital ICUs, emergency departments, or long-term care facilities. It is best suited for cases requiring temporary tracheostomy with flexibility in cuff use and secure tube positioning. Clinicians seeking a reliable, ready-to-use solution for delicate airways will find this device appropriate for routine or urgent intubation.

How does BJ67PFPS55 Smiths ASD BivonaFlexTend TTS Pediatric Tracheostomy Tube Size 5 compare?

Compared to standard polypropylene tracheostomy tubes, the BivonaFlexTend TTS offers enhanced flexibility and patient comfort due to its thermoplastic elastomer flange. It outperforms rigid designs in minimizing pressure points and adapting to patient movement. Unlike non-sterile reusable models, this version eliminates reprocessing risks. While more costly than basic tubes, its integrated components and specialized design justify the price in critical pediatric applications where precision and safety are paramount.