Pressure osmometer Vapro

Osmometer Vapro is used to determine the osmolality of any type of sample: liquid secretion, or even a tissue, which provides high versatility of use of the device both in clinical medicine and biomedical research.

Vapro needs only 10 ml of sample and obtain the result within 90 seconds.

Auto-calibration, thermocouple self-cleaning, self-diagnostics, statistical analysis, the interface to connect your computer and the ability to print it all gives us one device: osmometer Vapro.


Why vapor pressure?

The measurement of vapor pressure is the best and fastest method of determining the osmolality and thermodynamic limit for this method is the least restrictive. The solvent is water - because the test can be performed on any kind of samples of biological origin.


Vapro is reading osmolality at room temperature, thus avoiding measurement error due to the changing conditions that may interfere example. Clotting, which gives Vapro much wider range of applications by eliminating these errors.

Vapro most intelligent osmometer ever produced.


ADVANTAGES:

Control

Functions of the device are selected with a simple and clear menu.

The user interface provides quick access to controls and joint function. User selectable measuring mode: single sample or auto-repeat:

    Mode serial measurements on the same sample;
    Averaging mode for precise measurements;
    Delayed start for samples requiring a longer time equilibration.


Accuracy

Unattainable by other methods measuring error of less than 1%.


The cleaning system

Thermocouple self-cleaning reduces, simplifies and improves productivity.


Easy to use

    Few moving parts and a lack of mechanical adjustments ensures reliability.
    All controls and sample port located on the front panel.
    Built-in clock stores the time to measure.


Easy calibration

Pressing the button automatically sets calibration parameters.


Economical

The low initial cost, negligible operating costs.


Available Software

The ability to transfer data from the device, saving, and

report printing (for Windows).

APPLICATIONS

Infirmary Trauma

•     Burns
•     Head injuries and shock
•     Coma
•     Diabetic coma

Forecasting

•     Research differentiating plasma osmolality
•     Renal function

Monitoring

•     Analysis of fecal
•     Body fluids
•     Surgery
•     ADH therapy
•     Kidney Dialysis
•     Postoperative care
•     Therapy burns
•     Insulin
•     The maturity of the fetus
•     The level of electrolytes
•     Intravenous Treatment

Diagnosis

•     Cystic fibrosis / sweat analysis
•     The differential diagnosis of diabetes insipidus
•     Differential diagnosis of polyuria or oliguria

Quality assurance

•     Evaluation of residual glycerol in the suspension of blood cells transfused
•     The enteral and parenteral nutritional formulas
•     To determine the composition of biological fluids for transfusion
•     Monitoring of infant
•     The reagent and standard solutions
•     Toxicology
•     Pharmaceutical research and production

    Cell Biology

•     Veterinary Medicine
•     Botany
•     Plant Physiology
•     Electron microscopy
•     Genetic research
•     Food and beverage processing
•     Pharmacology
•     Marine biology
•     Cancer research
•     Determination of the molecular weight (0-10,000 g / mol)
•     Tissue culture
•     Ophthalmology
•     Transplantation and embryology
•     Chemical industry
•     Soil Physics
•     Agriculture
•     Determination of the molecular weight