Long
Life |
|
Max
ventilators are designed for long life. They have a minimum number of
internal parts with low speed of movement, all of which translate into
lesser wear and tear. |
|
Portability |
|
Max
ventilators are ideal for portable operations as they are light weight
and do not require driving gas. Their compressor-less design and rugged
construction ensures that they can be used in ambulances as well as
in urban and rural areas. Their low power consumption means that they
can run on a normal car battery for upto 8 hours. |
|
Low
Maintance Cost |
|
Max
ventilators are virtually zero maintenance equipment. Minimum internal
parts, low speed of movement mean lesser wear and tear and hence lesser
need for maintenance. Also max ventilators are designed to allow for
component-level repairs which lead to lower maintenance costs. |
|
Low
Power Consumption |
|
Max
ventilators are extremely frugal when it comes to power consumption.
They consume just 50 watts of power. This means they can run on small
inverters, UPSs and even car batteries. A normal car battery can run
a Max ventilator for around 8 hours. |
|
Low
cost of ownersip |
|
Long
life, lower maintenance costs and lower power consumption translate
into lower cost of ownership. That’s why Max ventilators are leaders
in ventilator equipment. |
|
Other
Advantages |
|
Ease
of operation due to a minimum number of controls |
|
Excellent
stability of set parameters |
|
Non-stop
usage due to rugged construction |
|
No
leakage or wastage of patient gas |
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