Beijing Jontelaser Technology Co., Ltd
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Gold Index: 13071
Place of Origin: | Beijing, China (Mainland) |
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Carboxytherapy for Dark Undereye Circles Stretch Marks portable Carboxitherapy Carboxy Therapy CO2
Treatment specification
Type |
Carboxitherapy Carboxy Therapy CO2 |
Voltage |
110/220V |
Biosafety filter |
0.22 μ |
Programming modes |
Automatic and Manual |
What is carboxytherapy?
Carboxytherapy is the administration of carbon dioxide [CO2] gas for
therapeutic purposes. Carbon Dioxide is the gas that gives carbonated
beverages their “fizz.” It should not be confused with Carbon Monoxide gas,
which is a by-product of oil combustion that can be deadly.
How was carboxytherapy discovered?
Carboxytherapy was discovered in the Royal Spas of France in the 1930’s
when bathing in the pools of carbon dioxide rich waters was shown to
speed wound healing.
How does carboxytherapy work, in general?
Carboxytherapy takes advantage of a physiological principle known as
oxygen off loading. Carbon dioxide is naturally present in our bodies
at all times and it is essential to the life processes of both animals and
plants. With every breath, we inhale oxygen and exhale carbon dioxide.
Plants absorb the carbon dioxide that we exhale and release oxygen back
into the atmosphere. There are many types of cells that make up the
human body—heart cells, brain cells, skin cells… even though they may have
very different jobs to perform, all cells take up the oxygen that we breathe in
and burn it to make energy to do their job, then give off carbon dioxide as a
waste product. Have you ever noticed that if the blood supply is cut off to
your hand that it will turn a distinctive shade of violet? What you are actually
seeing is the accumulation of deoxygenated blood. Here is why. With
each inhalation we breathe in oxygen to our lungs. This oxygen is picked
up by the red blood cells in the tiny blood vessels of the lungs. Each red
blood cell has holding space for precisely four molecules of oxygen.
The oxygen laden red blood cells are carried from the lungs via tiny blood
vessels that lead to the heart. The heart beats, forcing the blood into the
arteries so that the red blood cells can carry their oxygen-rich cargo to the hard working cells of the body. When the red blood cells
encounter an area that has a high level of carbon dioxide, the waste product
of cellular metabolism, the red blood cells become distorted, the oxygen is
released to the needy tissues and the carbon dioxide is picked up by the
now empty red blood cells [think of a subway train pulling into the station-- the doors open, the passengers who have reached their destination get
off the train, and the passengers who need to be transported elsewhere
get on the train all in a highly organized manner.
The carbon dioxide is carried back to the lungs, we exhale to get rid&
Beijing Jontelaser Technology Co., Ltd [China (Mainland)]
Business Type:Manufacturer
City: Beijing
Province/State: Beijing
Country/Region: China (Mainland)