
Our extensive line of medical gases
is just one aspect of the quality, reliability and technological
innovation you can expect from Minneapolis Oxygen Company.
Minneapolis Oxygen Company's facilities have focused on mainting
high levels of product and service consistency.
Respiratory Therapy Gases :
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Therapy gases |
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Diagnostic gases |
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Anesthetic gases - Nitrous oxide/calibration mixtures
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Blood gas mixtures |
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Laser gas mixtures (in-patient and out-patient surgery)
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Excimer |
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Molecular |
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Surgical |
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Helium-neon |
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Lung diffusion gas mixtures |
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Short- and long-term life support and care |
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Oxygen |
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Helium-oxygen mixtures |
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Computed Tomography (CT) scanning mixtures |
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Oxygen
Minneapolis Oxygen Company / BOC has long been a premier supplier
of pure oxygen and bulk storage equipment to medical facilities.
Beyond supplying bulk oxygen, Minneapolis Oxygen Company also:
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Designs and installs safe, smoothly functioning bulk
liquid oxygen storage systems for efficient supply. |
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Familiarizes you and your staff with sometimes confusing
federal, state, and local regulatory codes governing oxygen
supply installations. |
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Provides minimum 24-hour reserve supplies of bulk oxygen.
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Installs Minneapolis Oxygen Company's Telemetry or
similar computerized remote monitoring system. |
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Ensures that your oxygen supplies are not interrupted
during supplier changeover or a new bulk storage installation. |
Laboratory Gases
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Anaerobic and aerobic gas mixtures |
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Instrument gases |
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Clinical stable isotopic gases |
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Carbon monoxide-neon |
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Carbon monoxide-acetylene-helium |
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Carbon monoxide-helium-oxygen |
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Carbon monoxide-acetylene-helium-oxygen |
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Pure gases |
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Acetylene |
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Air |
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Argon |
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Carbon dioxide |
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Helium |
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Hydrogen |
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Methane |
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Nitrogen |
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Oxygen |
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Propane |
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Sterilant Gases
Minneapolis Oxygen Company supplies ethylene oxide-based sterilant
gases. These gases are used in the sterilization of a variety
of medical devices, surgical equipment, and similar materials
used in the healthcare industry. Our Specialty Gases operations
utilizes special cylinder cleaning and inspection procedures
to ensure the purity of these products, minimizing polymer
problems.
Liquid Helium
Helium is used as a component of breathing
mixtures to reduce the density of the mixture to facilitate
breathing under certain physical and physiological conditions.
In Magnetic Resonance Imaging (MRI) machines, helium cools
electromagnetic coils to superconductive levels. This decreases
the metal's ordinary resistance to the electrical current
and results in high-resolution images.
Nitrogen
Nitrogen is used as a component in many gas mixtures and as
a displacement medium for sterile equipment. It is also used
as a non-oxidizing displacement medium in pharmaceutical vials
and as a propellant in pressurized aerosol type dispensers.
Nitrogen provides a source of pneumatic pressure to power
gas-operated medical devices and as a coolant for carbon dioxide
surgical lasers.
Nitrogen is also used to freeze and preserve blood, tissue,
semen and other biological specimens and to freeze and destroy
diseased tissue in cryosurgery and dermatology. It may also
be used to pre-cool or insulate Magnetic Resonance Imaging
(MRI) machines which conserves helium.
Carbon Dioxide
Carbon dioxide is used for close-to-physiologic atmospheres
for the operation of artificial organs and in cryosurgery
with insufflators during laparoscopic surgery. Carbon dioxide
is also used as a component in a mixture of oxygen or air
as a respiratory stimulant to promote deep breathing.
Nitrous Oxide
Nitrous oxide is used as an analgesic, often in combination
with other agents for the production of anesthesia. Nitrous
oxide is also used in cryosurgery.
Medical Air
Medical air is used in respiratory therapy
and humidity treatments using nebulizers.
Select a gas from the list of the below for more information
about gas applications and supply options.
| » Atmospheric Gases |
» Process Gases |
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| » Gases & Mixtures for Specific Applications |
» Rare Gases |
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