HTSY® Oropharyngeal Airway is a specialized medical device for maintaining patient airway patency, and it’s widely used in clinical scenarios including anesthesia, emergency rescue and postoperative recovery. This device features a scientific design, which can effectively support pharyngeal tissues, prevent tongue fallback, and ensure the smooth entry of oxygen into the lungs.
HTSY® Oropharyngeal Airway is made of medical grade soft polyvinyl chloride (PVC), non-toxic and latex-free, ensuring safe and reliable use. The outer surface of the device is finely polished for a smooth finish, which significantly lessens irritation and injury to the oral and pharyngeal tissues. It’s available in a full size range from 40mm to 120mm, and fitted with a color-coded system that lets medical staff quickly spot and select the right specification. Structurally, it adopts a Guedel-style closed central channel; the tube has a certain rigidity to effectively maintain airway patency, and the outer end is equipped with a protruding edge to avoid device displacement or overinsertion.
| Material | Medical-grade soft PVC, non-toxic, latex-free |
| Specification | 40 mm – 120 mm |
| Color | Color-coded for quick size check |
HTSY® Oropharyngeal Airway is engineered first and foremost for clinical safety and patient comfort. We’ve made its outer surface smooth and even, which significantly cuts down on oral mucosal damage during use. The material is soft yet boasts good elasticity, and it conforms nicely to the distinct physiological features of different patients – all of which greatly enhances overall wearing comfort.
The HTSY® oropharyngeal airway is built with a rigid tubular structure that offers reliable support for the airway, effectively preventing it from collapsing. It comes in a full range of sizes, each clearly marked with a unique color code. For medical staff, this makes it easy to quickly pick the right size during emergencies, directly boosting the overall efficiency of clinical work.
HTSY® Oropharyngeal Airway is equipped with a prominent flange at the outer end, which can prevent the device from sliding too far into the pharynx or being swallowed by the patient. The appropriately wide bite area can disperse tooth pressure, prevent patients from biting off the tube, and ensure continuous airway patency.