Intersurgical Cirrus 2 T Nebulizer Kit

• The Intersurgical Cirrus 2 T Nebulizer Kit is a versatile device for administering medication to respiratory disease patients through aerosol forms.
• This chamber is designed to convert liquid medications into fine mist, enabling effective distribution to the respiratory system. 
• This chamber ensures uniform aerosol generation for efficient treatment.
• The kit includes several accessories that increase its utility and efficiency, including an oxygen tube and mouthpiece that allow for different delivery methods and ease of use. 
• In addition, an adjustable venturi system allows precise control of oxygen levels during nebulization.

Advantages of Intersurgical Cirrus 2 T Nebulizer Kit

 Effective

• The Cirrus 2T nebulizer is designed to effectively treat respiratory conditions such as asthma, COPD and bronchitis. 
• Its unique tracheobronchial design delivers the medication directly to the lungs, where it’s needed most.

Environmentally Friendly

• The Cirrus 2T Adult Mask Kit comes with the Eco-Aerosol Mask, designed to limit the environmental impact of aerosol treatments, making it an environmentally friendly product for patients and healthcare professionals.

Easy to use

• The Intersurgical Micro Cirrus 2T nebulizer is an easy-to-use nebulizer ideal for people of all ages, including older people and children.

Features of the Cirrus 2T nebulizer

Reduced residual volume and reused medication 

• This feature ensures that your medications are distributed to patients more efficiently.

Eco-aerosol mask

• The mask is made of environmentally friendly aerosols. The Cirrus 2T adult mask set comes with the Eco aerosol mask, specifically designed to reduce the environmental impact of aerosol use.

Tracheobronchial Deposition 

• The Cirrus 2T nebulizer is designed to deliver medication to the lungs where needed most.

The highly efficient 

• Intersurgical Micro Cirrus nebulizer is designed to produce tiny particle aerosols with a Mass Median Diameter (MMD) in the range of 1.2 microns, enabling more effective drug delivery to the lungs.