High concentration oxygen mask, also known as a partial and non rebreathing mask. This mask can provide concentrations of oxygen up to 80% at flows of 10-15 l/min (these values are approximate and depend on the patients breathing pattern).

• A soft, thermoplastic elastomeric, face seal ensures a greater level of patient comfort.
• An incurved nose seal designed to prevent oxygen entering the patient eyes. This eliminates the need for a separate metal nose clip making the product MRI compatible.
• The unique nose seal is designed to equalize the pressure exerted on the nose as the seal conforms to differing nose shapes.
• These design features combine to provide an improved seal on the patient face, which in turn, results in higher oxygen concentrations as less ambient air enters the mask.
• The mask retaining elastic can be fitted either above or below the patient ears depending on the patient face shape. In the “below ear” position it eliminates the discomfort and longer term trauma created by elastic to the top of the patient ears.
• A choice of “under chin” or “on chin” positions provides a better fit on a wider range of patient face shapes.
• Low resistance safety valves allow the patient to breathe room air should the oxygen supply fail or be inadequate to meet peak flow requirements.
• The material forming the body of the mask is clear, permitting visualisation of the patient nose and lips. It is also rigid enough to maintain the mask shape during transportation and use.

High concentration oxygen mask, also known as a partial and non rebreathing mask. This mask can provide concentrations of oxygen up to 80% at flows of 10-15 l/min (these values are approximate and depend on the patients breathing pattern).

• A soft, thermoplastic elastomeric, face seal ensures a greater level of patient comfort.
• An incurved nose seal designed to prevent oxygen entering the patient eyes. This eliminates the need for a separate metal nose clip making the product MRI compatible.
• The unique nose seal is designed to equalize the pressure exerted on the nose as the seal conforms to differing nose shapes.
• These design features combine to provide an improved seal on the patient face, which in turn, results in higher oxygen concentrations as less ambient air enters the mask.
• The mask retaining elastic can be fitted either above or below the patient ears depending on the patient face shape. In the “below ear” position it eliminates the discomfort and longer term trauma created by elastic to the top of the patient ears.
• A choice of “under chin” or “on chin” positions provides a better fit on a wider range of patient face shapes.
• Low resistance safety valves allow the patient to breathe room air should the oxygen supply fail or be inadequate to meet peak flow requirements.
• The material forming the body of the mask is clear, permitting visualisation of the patient nose and lips. It is also rigid enough to maintain the mask shape during transportation and use.