Medical 101/815/085 Tracheostomy Tube is designed to deliver reliable airway management in clinical and acute care environments. Featuring an 8.5 mm size, this cuffed, non-fenestrated tube is constructed from high-quality medical-grade PVC to ensure durability, flexibility, and patient comfort. The integrated wedge design enhances stability and positioning, making it suitable for both short-term and extended airway support.

This tracheostomy tube is engineered to provide a secure airway while minimizing trauma to the tracheal wall. The cuff ensures an effective seal, supporting positive pressure ventilation and reducing the risk of aspiration. Its non-fenestrated design is ideal for patients who require consistent airflow without the need for speech facilitation through fenestrations.

Key Benefits

The cuffed design allows for efficient ventilation by creating a secure seal within the trachea, ensuring controlled airflow during respiratory support. The medical-grade PVC construction offers a balance of flexibility and strength, helping to reduce irritation while maintaining structural integrity.

The wedge feature supports proper tube alignment and positioning, minimizing the risk of displacement during patient movement or routine care. The non-fenestrated configuration ensures uninterrupted airflow, making it particularly suitable for patients who require full respiratory support without leakage or air diversion.

Smooth inner and outer surfaces are designed to reduce secretion buildup and facilitate easier suctioning, contributing to improved hygiene and reduced infection risk.

• Integral 15 mm connector allows for ventilation with or without inner cannula in place
• Special obturator clip design minimises obturator movement during tube insertion
• SOFT-SEAL® cuff low pressure, high volume cuff for minimal trauma while providing effective seal
• When deflated, the cuff fits smoothly to the tube minimising discomfort during insertion and removal
• Thermosensitive material with sufficient initial rigidity for insertion which, when heated to body temperature then conforms to the individual’s upper respiratory tract ensuring minimal trauma