Reinforced Cuffed Endotracheal Tube (ETT)
Designed to address the unique challenges of difficult airways and prolonged respiratory support—where tube flexibility, kink-resistance, and reliability are non-negotiable—our Reinforced Cuffed Endotracheal Tube (ETT) delivers consistent performance for high-acuity clinical settings, aligning with today’s focus on reducing airway-related complications.
Specifications
Size Range
3.0mm–10.0mm ID (supports pediatric, adult, and anatomically narrow airway populations)
Packaging
Sterile blister packs; 10 pcs/inner box, 100 pcs/outer carton
Carton Dimensions
49×37.5×34 (optimized for standard storage and bulk procurement)
Sterility
Latex- and DEHP-free; ISO-compliant biocompatible construction; Ethylene Oxide (EO)-sterilized (ready for immediate clinical use)
Key Features
Closely Spaced Wire Coil
Integrated metal coil along the tube shaft (reinforced-model exclusive)
Optional Stylet
Dedicated shaping stylet for customized tube manipulation
Inflatable Cuff
Seals the airway for mechanical ventilation compatibility
Allergen-Free Materials
Latex- and DEHP-free construction
Sterile Blister Packaging
Contamination-resistant, ready-to-use design
Clinical Advantages
Kink & Occlusion Resistance
The wire coil boosts shaft flexibility while eliminating kinking (reduces airway obstruction risk by 40% vs. non-reinforced ETTs)—critical for procedures requiring head/neck manipulation (e.g., cervical spine surgery).
Difficult Airway Navigation
The optional stylet enables precise tube shaping, simplifying intubation for patients with anatomical anomalies (e.g., micrognathia, facial trauma).
Long-Term Ventilation Patency
Reinforced construction maintains airway access during extended ICU stays (avoids tube collapse in prolonged mechanical ventilation cases).
Patient Safety
Allergen-free materials minimize adverse reactions, while ISO-compliant biocompatibility ensures tracheal tissue tolerance.
Operational Efficiency
EO-sterilized packaging cuts setup time and eliminates cross-contamination risks in fast-paced OR/ICU environments.
Applications
Complex Operating Rooms: Procedures involving head/neck manipulation (maxillofacial surgery, cervical spine cases) or difficult intubation (obese patients, trauma).
Intensive Care Units: Prolonged mechanical ventilation for critically ill patients (where tube patency is vital for sustained respiratory support).
Emergency Departments: High-acuity cases (facial trauma, airway edema) with anticipated difficult airway access.
Pediatric Critical Care: Size options (3.0mm–6.0mm ID) for pediatric patients with narrow or anatomically challenging airways.