Intubating Stylet

An Intubating Stylet is a malleable or pre-shaped semi-rigid rod inserted into an endotracheal tube to provide shape, rigidity, and directional control for tracheal intubation, particularly in difficult airway management. The malleable metal core allows the clinician to bend the stylet-tube assembly into customized shapes (hockey stick, J-shape, or patient-specific curve) to navigate anatomical variations such as anterior larynx, large tongue, cervical spine immobility, or congenital abnormalities. For the anesthesiologist, intensivist, and emergency physician, the intubating stylet increases first-pass intubation success, reducing the risk of hypoxia, aspiration, and airway-related complications during emergency or surgical airway management. The smooth polymer coating reduces friction, while the atraumatic tip minimizes the risk of airway trauma during insertion. Available in various lengths (adult, pediatric, nasal) and diameters (5Fr to 15Fr) for different endotracheal tube sizes, with both single-use disposable and reusable sterilizable options, the intubating stylet is an essential component of difficult airway carts and standard airway management protocols.

Suction Catheters

Suction Catheters are sterile, single-use flexible tubes designed for aspiration of pulmonary secretions from the airways of intubated, tracheostomized, or spontaneously breathing patients unable to clear their own secretions. Available in French sizes 5 Fr-18 Fr, with whistle-tip or coude configurations, single or multiple eyelets, and thumb-controlled suction valves. Open suction catheters are single-pass devices requiring strict sterile technique and immediate disposal. Closed (in-line) suction catheters are enclosed in a sterile sheath, permitting suctioning without ventilator disconnection, maintaining PEEP, and reducing aerosolization of pathogens—essential for high-frequency ventilation, ARDS, and airborne precautions. Critical safety parameters include catheter gauge not exceeding one-half the endotracheal tube internal diameter, suction duration ≤15 seconds, and vacuum pressure ≤150 mmHg. Proper technique prevents hypoxemia, mucosal trauma, and ventilator-associated pneumonia.