The Osmomat 050 has been especially developed for use in intensive care units.
It has been designed to be used on a 24 h/day 7 day/week basis and the system is always ready to collect data. The system performs all cleaning and control operations during the stand-by period so that the user can perform a measurement at any time. After performing a measurement, the Osmomat 050 is automatically cleaned so the next measurement can be performed as required.
The colloid-osmotic pressure is measured by means of an osmotic cell. The lower half of the osmotic cell is closed off to the environment and is filled with electrolyte-containing Ringer's solution. The upper half of the cell is open to the environment and is filled with a colloid-containing solution.
The two halves of the cell are separated from each other by a semipermeable membrane. This membrane possesses defined pores through which only water and electrolyte molecules can permeate.
Due to the osmotic pressure differential of the two solutions, solvent permeates from the lower into the upper half of the measuring cell until an equilibrium is reached between the underpressure in the lower half of the cell and the osmolal concentration of the colloids. An electronic pressure measuring system, which is mounted into the lower half of the cell, transduces the underpressure into an electric signal, which is shown on a digital display.
The colloid osmometer is suitable for routine measurement and research in medical applications.
Due to the high degree of automation of the measuring and control functions of the Osmomat 050, the operator interaction is reduced to a minimum. This ensures that the instrument is always ready for measurement and the instrument is especially suitable for application in intensive care units.
Typical applications for the Osmomat 050 include the measurement of the colloid-osmotic pressure with blood loss, hypalbumenia, albumin therapy for the prevention of lung edemas and all diseases resulting in a change of the colloid-osmotic pressure.
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