Everyone breathes easier with OxyMask™

Click on the facility type below to learn more.

Hospital

EMS

Surgery Center

Post Acute

Home Care

Hospital

Increase efficiency

Provides a broad range of oxygen concentrations (24%–90%), replacing the need for all other traditional masks. This saves clinician time, reduces SKUs, and frees up storage space

Oxygen savings

Reduces bulk oxygen consumption by allowing a higher FiO2 with less O2 flow. One 395-bed facility saw a 28% annual reduction in bulk oxygen usage1

Increase patient safety

Open design allows exhaled CO2 to escape, reducing the risk of flow related sentinel events

Enhance patient experience

Lightweight, non-claustrophobic design allows for unrestricted communication with clinicians and loved ones

OxyMask

Open mask design delivers oxygen flows from 1-15 liters per minute at a range of 24%–90% FiO2

OxyTyke™ delivers oxygen flows from 0.25–6+ liters per minute at a range of 22%–65% FiO2

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OxyMask can be used across your facility

Pediatrics

  • Available in pediatric and infant sizes
  • Allows access to drink fluids
  • Help increase compliance

Labor & Delivery

  • Reduce risk for CO2 rebreathing
  • Increase comfort
  • Allows access to ice chips

Pediatrics Rooms

  • Available with gas sampling line for ETCO2 monitoring
  • Nasal and oral access for scopes
  • Eliminate need for O2 masks in recovery

Increase efficiency

Provides a broad range of oxygen concentrations (23%–83%), replacing the need for most traditional masks. This saves clinician time, reduces SKUs, and frees up storage space

Oxygen savings

Reduces bulk oxygen consumption1 by allowing a higher FiO2 with less O2 flow. Allows cylinders used for transport and fixed wing to be used longer

Increase patient compliance

Lightweight, non-claustrophobic design allows for unrestricted communication with clinicians

OxyMulti-Mask™

Open mask design delivers oxygen flows from 1–15 liters per minute at a range of 23%–83% FiO2

Can be used with aerosol nebuilizers

OxyUltra™ Kid delivers oxygen flows from 1–15 liters per minute at a range of 22%–92% FiO2

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Surgery Center Back to top

Reduce SKUs

Provides a broad range of oxygen concentrations (24%–60%), replacing the need for many traditional masks. This reduces SKUs, saves storage space, and reduces clinican training time

Enhance patient experience

Lightweight, non-claustrophobic design allows for unrestricted communication with clinicians and loved ones

Increase clinical efficiency

Broad range of oxygen concentration reduces product change out and can allow for quicker oxygen weaning and patient recovery

OxyMask™ EtCO2

Open mask design delivers oxygen flows from 1–15 liters per minute at a range of 24%–65% FiO2 and monitors end-tidal CO2

Open design allows for oral and nasal scope access

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33%

SKU Reduction1

Before OxyMask

After OxyMask

Post-Acute and Home Care Back to top

Increase efficiency

Provides a broad range of oxygen concentrations (24%–90%), replacing the need for all other traditional masks. This reduces SKUs, saves storage space, and reduces clinican training time

Oxygen savings

Reduces bulk oxygen consumption by allowing a higher FIO2 with less O2 flow. One 300-bed facility saw a 33% annual reduction in bulk oxygen usage1

Increase resident safety

Open design allows exhaled CO2 to escape, reducing the risk of flow related sentinel events

Enhance resident experience

Lightweight, non-claustrophobic design allows for unrestricted communication with clinicians and loved ones

OxyMask™

Open mask design delivers oxygen flows from 1-15 liters per minute at a range of 24%–90% FiO2

OxyTyke™ delivers oxygen flows from 0.25–6+ liters per minute at a range of 22%–65% FiO2

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Also available:

OxyTrach

Provides easier transition between aerosol and oxygen therapy.

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Home Use

  • Increase safety for patients with high daily oxygen flow
  • Enhance patient comfort and compliance
Also Available:
OxyTrach™
Provides easier transition between aerosol and oxygen therapy.

1DeJuilio PA, Jenkins MB. Evaluation of safety and cost of an open-design oxygen mask in a large community hospital. Respiratory Care. 2018;63(4):412-416.

2 Hoerr C. Leveraging technology to maximize efficiencies in today’s challenging respiratory care environment. Available at: http://thebetteroxygenmask.com/wp-content/uploads/2016/01/Leveraging-Available-Technology-to-Maximize-Efficiencies-in-the-Provision-of-Respiratory-Carev3.pdf. Accessed December 3, 2019.