Laryngeal Mask PVC Airway
Sizes: 1 – New Born 4ml
1.5 – Infant 4ml
2 – Child 5ml
2.5 – Child 12ml
3 – Adult 20ml
4 – Adult 30ml
5 – Adult 40ml
Each
Provides a sealed airway to the trachea for delivering medication and oxygen. The Dynarex Laryngeal Mask Airways feature an inflatable cuff, providing a direct, seal route to the lungs. These masks help isolate the trachea, as well as enable anesthetists to channel oxygen or anesthesia gas directly to a patients lungs during surgery. The Reinforced masks feature a wire coil for maximum strength, reducing risk of kinking. Enables anesthetists to channel oxygen or anesthesia gas to a patients lungs during surgery. Allows relative isolation of the trachea. Blind insertion technique for use with an unconscious patient. Inflatable cuff fills oral pharynx to help protect airway. Sterile; X-ray detectable; Single use only. Case Quantity: 5/cs
Provides a fixed concentration of oxygen (24%)
Soft, comfortable design for increased patient comfort
Transparent mask for clear visualisation of the patient’s condition
Latex-free headband
Oxygen Mask and tubing Adult
Air entrainment mask with complete kit multi diluter pack
Ventura mask, oxygen diluter with corrugate oxygen tubing
Latex-free
Single-use
6 colour coded oxygen diluters ranging from O2 dilution of 24% up to 50%
Individually packed in a peel-open blister pouch
Made of medical PVC
very soft tips with smooth edges
fastening under the chin with a soft, sliding adjustment ring
various spacing of the nasal part of the cannula depending on the size
universal connector compatible with any source of oxygen
tube with star cross-section, resistant to bending
available in 3 sized: for adults, for children and for infants
latex-free
individual packaging: foil
indication:
oxygen delivery through the nose
Venturi maskes provide a specific % concentration of oxygen. They are well suited for patients at risk of type 2 respiratory failure and especially suited to those with COPD. The % of oxygen delivered by a venturi mask can be modified by changing removable ‘entrainers’. The required oxygen flow rate for a particular entrainer is stamped onto the entrainer- increasing the oxygen flow rate will not change the % oxygen delivered to the patient.