Bivona Tts Cuffed Pediatric Tracheostomy Tube 5-1/2 Mm 46 Mm

What is BJ67SP055 Bivona Tts Cuffed Pediatric Tracheostomy Tube 5-1/2 Mm 46 Mm?

The BJ67SP055 Bivona TTS Cuffed Pediatric Tracheostomy Tube is a sterile, single-use airway device designed for pediatric patients requiring tracheostomy support. Measuring 5-1/2 mm in inner diameter and 46 mm in length, it features a cuffed design to ensure airway sealing and prevent aspiration. Manufactured with medical-grade materials, this tube supports reliable ventilation in critical care, home care, or transport environments. It is part of the Bivona TTS line known for durability, precise fit, and patient safety in pediatric airway management.

Key features

• Size Precision — 5-1/2 mm inner diameter and 46 mm length for accurate pediatric fit.
• Cuffed Design — High-volume, low-pressure cuff minimizes tracheal trauma while ensuring secure seal.
• Material Quality — Made from medical-grade silicone for biocompatibility and flexibility.
• Beveled Tip — Smooth, angled tip aids in atraumatic insertion.
• Radiopaque Line — Visible under imaging for correct placement verification.
• Standard 15 mm Connector — Compatible with common ventilation systems.
• Single-Use Sterile — Ensures infection control and optimal performance.

Who is BJ67SP055 Bivona Tts Cuffed Pediatric Tracheostomy Tube 5-1/2 Mm 46 Mm for?

This tracheostomy tube is intended for healthcare providers and caregivers managing pediatric patients with compromised airways due to congenital conditions, trauma, or prolonged ventilation needs. It suits use in hospitals, long-term care facilities, and home environments where reliable, safe airway access is essential. The cuffed design is especially beneficial when aspiration risk or mechanical ventilation is a concern.

How does BJ67SP055 Bivona Tts Cuffed Pediatric Tracheostomy Tube 5-1/2 Mm 46 Mm compare?

Compared to standard polypropylene tracheostomy tubes, the Bivona TTS series offers superior flexibility and tissue compatibility due to its silicone construction. It outperforms non-cuffed pediatric tubes in ventilation efficiency and aspiration protection. While more expensive than basic models, its design reduces long-term complications, making it a preferred choice in critical pediatric airway management over rigid or low-cost alternatives.