

Designed in accordance with the original double wall principle, the new Ambu bags – made free of natural rubber latex – are more robust and provide users with exceptional visual and tactile lung condition feedback during manual resuscitation, making operation safer and more secure. Built-in pressure limitation prevents compression if there is any resistance in the patient’s airways.
Designed in accordance with the original double wall principle, the new Ambu bags – made free of natural rubber latex – are more robust and provide users with exceptional visual and tactile lung condition feedback during manual resuscitation, making operation safer and more secure. Built-in pressure limitation prevents compression if there is any resistance in the patient’s airways.
Designed in accordance with the original double wall principle, the new Ambu bags – made free of natural rubber latex – are more robust and provide users with exceptional visual and tactile lung condition feedback during manual resuscitation, making operation safer and more secure. Built-in pressure limitation prevents compression if there is any resistance in the patient’s airways.
Designed in accordance with the original double wall principle, the new Ambu bags – made free of natural rubber latex – are more robust and provide users with exceptional visual and tactile lung condition feedback during manual resuscitation, making operation safer and more secure. Built-in pressure limitation prevents compression if there is any resistance in the patient’s airways.
Designed in accordance with the original double wall principle, the new Ambu bags – made free of natural rubber latex – are more robust and provide users with exceptional visual and tactile lung condition feedback during manual resuscitation, making operation safer and more secure. Built-in pressure limitation prevents compression if there is any resistance in the patient’s airways.
Designed in accordance with the original double wall principle, the new Ambu bags – made free of natural rubber latex – are more robust and provide users with exceptional visual and tactile lung condition feedback during manual resuscitation, making operation safer and more secure. Built-in pressure limitation prevents compression if there is any resistance in the patient’s airways.
