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)
Integrated metal coil along the tube shaft (reinforced-model exclusive)
Dedicated shaping stylet for customized tube manipulation
Seals the airway for mechanical ventilation compatibility
Latex- and DEHP-free construction
Contamination-resistant, ready-to-use design
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).
The optional stylet enables precise tube shaping, simplifying intubation for patients with anatomical anomalies (e.g., micrognathia, facial trauma).
Reinforced construction maintains airway access during extended ICU stays (avoids tube collapse in prolonged mechanical ventilation cases).
Allergen-free materials minimize adverse reactions, while ISO-compliant biocompatibility ensures tracheal tissue tolerance.
EO-sterilized packaging cuts setup time and eliminates cross-contamination risks in fast-paced OR/ICU environments.
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.