Neonatal nasal cannula with curved prongs (Intersurgical)
2,45 € VAT not included
With curved prongs for oxygen therapy. Ergonomic design for maximum comfort and secure adjustment.
Description
The neonatal nasal cannula with curved prongs from Intersurgical is a device designed for the safe and effective administration of oxygen to newborns and premature babies. Its ergonomic design adapts to the neonatal anatomy, minimising pressure on the nasal cavities improving treatment tolerance. Manufactured in soft, flexible materials, it is free from latex and phthalates, reducing the risk of irritation or allergic reactions.
It has a 2.1 metre-long feed tube, allowing greater freedom of movement and facilitating connection to oxygen therapy systems without causing discomfort to the baby. Its lightweight structure avoids excessive weight on the patient’s face, ensuring maximum comfort in use. Also, its universal connection makes it compatible with oxygen therapy equipment both in hospital and at home.
Available in different sizes, this cannula allows precise administration of oxygen according to each patient’s needs. Its easy fitting and adjustment make it an ideal tool for healthcare professionals and carers. Thanks to its advanced design, it helps reduce the risk of nasal injury caused by friction or excessive pressure, ensuring more effective, safer oxygen therapy.
Perfect for use in neonatal intensive care units (NICU) in hospitals and treatment at home, the neonatal nasal cannula from Intersurgical is a dependable solution for respiratory care of the youngest patients.
More information (technical data)
- Brand: Intersurgical.
- Model: neonatal nasal cannula with curved prongs.
- Tube length: 2.1 m.
- Materials: made from high-quality medical-grade silicone, latex- and phthalate-free.
- Usage: ideal for NICU units, hospitals, and home treatments.
- Standards: complies with international safety and quality standards for medical products.
- Hypoallergenic material: minimises the risk of allergic reactions or skin irritation in the sensitive skin of newborns.

