Overview
•Hood-in-hood design draws excess gas into vacuum reducing ambient nitrous oxide in operatory.
•Clear outer hood shows patient "breathing through nose" respiration (condensation appears in hood).
•Soft inner hood creates desirable nasal/facial seal.
•Low profile expands clinical field of view and provides easier access to the mouth.
•Single-use minimizes cross-contamination; saves staff time.
•Latex-free material protects patients and staff who have latex allergies.
•Clear outer hood shows patient "breathing through nose" respiration (condensation appears in hood).
•Soft inner hood creates desirable nasal/facial seal.
•Low profile expands clinical field of view and provides easier access to the mouth.
•Single-use minimizes cross-contamination; saves staff time.
•Latex-free material protects patients and staff who have latex allergies.
Overview
•Hood-in-hood design draws excess gas into vacuum reducing ambient nitrous oxide in operatory.
•Clear outer hood shows patient "breathing through nose" respiration (condensation appears in hood).
•Soft inner hood creates desirable nasal/facial seal.
•Low profile expands clinical field of view and provides easier access to the mouth.
•Single-use minimizes cross-contamination; saves staff time.
•Latex-free material protects patients and staff who have latex allergies.
•Clear outer hood shows patient "breathing through nose" respiration (condensation appears in hood).
•Soft inner hood creates desirable nasal/facial seal.
•Low profile expands clinical field of view and provides easier access to the mouth.
•Single-use minimizes cross-contamination; saves staff time.
•Latex-free material protects patients and staff who have latex allergies.
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