Rhinomanometer – MES Rhinotest 1000
The Rhinotest 1000 measures nasal flow and pressure producing that flow, using anterior or posterior rhinomanometry, with either the Broms or Standard technique as approved by the International Standardisation Committee. Innovative technical solutions used by MES in the Rhinotest 1000, affords possibilities to real-time visualization and recoring flow and pressure waveforms additionaly besides pressure-flow loops and provide rhinospirometry in a forced nasal flow and maximally ventilation per minute.
Rhinomanometer Rhinotest 1000 consisting precise measurement unit for functional examination of the nasal ways is operated by any PC computer with software implemented in any version of Microsoft Windows.
The anterior rhinomanometry technique is a very useful procedure for measurement as it depends upon the patient’s co-operation only to a small degree. In this method, we simultaneously take measurements of pressure from one nasal opening and flow from the other nasal opening. A measurement is conducted with mouth closed and nasal breathing at rest conditions. The pressure/flow curves for the nasal cavity are obtained with a mask closely applied to the face. A pneumotachography tube is connected to the mask exhaust opening in which flow value is measured. Pressure measurement results are obtained inserting a closely fitted olive into the nasal opening, whose exhaust is connected with a small-diameter silicon pipe to the pressure probe.
Rn RSIn, Rn RBIn, Rn RSEx, Rn RBEx, Rn LSIn, Rn LBIn, Rn LSEx, Rn LBEx, Rn SIn, Rn BIn, Rn SEx, Rn Bex, P@ RSIn , P@ RBIn, P@ RSEx, P@ RBEx, P@ LSIn, P@ LBIn, P@ LSEx, P@ LBEx, F@ RSIn, F@ RBIn, F@ RSEx, F@ RBEx, F@ LSIn, F@ LBIn, F@ LSEx, F@ LBEx
The posterior rhinomanometry technique consists in simultaneous measuring pressure in oral cavity and flow from both nasal openings. A measurement is conducted with mouth closed and nasal breathing under rest conditions. A mask closely applied to the face is used at the measurement. A pneumotachography tube is connected to the mask exhaust opening in which changes in flow value in nasal cavity are measured. Pressure measurement results are obtained from a small-diameter flexible pipe placed in the patient’s oral cavity.
Rn P SIn, Rn P BIn, Rn P SEx, Rn P Bex, Rnp P @ SIn, Rnp P @ BIn, Rnp P @ SEx, Rnp P @ BEx, Rnp F @ SIn, Rnp F @ BIn, Rnp F @ SEx, Rnp F @ BEx
NPEF, VFEV1, VFVCEx, NFVClN, NVCEx, NMEF75, NMEF50, NMEF25, NPlF, NMlF50.
When a test is repeated after intake of the medicine, results of the second test are related to the results of the test preceding the medicine intake. Each initial test is marked as PRE and the test following the medicine intakeis marked as POST to facilitate interpretation of the recorded results.
Nasal ways resistance varies during nights and days therefore twenty four hours trend might be determined for each patient. Trends help to initiate effective treatments
First name, last name, date of birth, body weigh, height, sex, test identification number, patient identification number, patient address, employer address, insurance institution.
Data base allows for storing, comparing and transmission of examination results as well as graphs to statistical standard programs.
Rhinomanometer affords possibilities to print as well as compare examination results designed by a user, using color or black and white printer .
Flow range +/- 20 l/s
Flow measurement accuracy < 2%
Flow resolution 2,4ml/s
Pressure range +/- 1,25 kPa
Pressure measurement accuracy +/- 1%
Pressure measurement resolution 1 Pa
Dimensions 259x247x75 mm
Weight 2 kg
Power supply 230 V, 50 Hz 30VA
HEADPIECE MES DV 40 TYPE:
Deadspace DV 40 38 ml
Head DV40 resistance <0,05 cmH2O/l/s
(1 l/s flow)
To contact MGC Diagnostics Australia about Rhinomanometer – MES Rhinotest 1000 use Get a quote.
The Rhinotest 1000 measures nasal flow and pressure producing that flow, using anterior or posterior rhinomanometry, with either the Broms or Standard technique as approved by the International Standardisation Committee. Innovative technical solutions used by MES in the Rhinotest 1000, affords possibilities to real-time visualization and recoring flow and pressure waveforms additionaly besides pressure-flow loops and provide rhinospirometry in a forced nasal flow and maximally ventilation per minute.
Rhinomanometer Rhinotest 1000 consisting precise measurement unit for functional examination of the nasal ways is operated by any PC computer with software implemented in any version of Microsoft Windows.
The anterior rhinomanometry technique is a very useful procedure for measurement as it depends upon the patient’s co-operation only to a small degree. In this method, we simultaneously take measurements of pressure from one nasal opening and flow from the other nasal opening. A measurement is conducted with mouth closed and nasal breathing at rest conditions. The pressure/flow curves for the nasal cavity are obtained with a mask closely applied to the face. A pneumotachography tube is connected to the mask exhaust opening in which flow value is measured. Pressure measurement results are obtained inserting a closely fitted olive into the nasal opening, whose exhaust is connected with a small-diameter silicon pipe to the pressure probe.
Rn RSIn, Rn RBIn, Rn RSEx, Rn RBEx, Rn LSIn, Rn LBIn, Rn LSEx, Rn LBEx, Rn SIn, Rn BIn, Rn SEx, Rn Bex, P@ RSIn , P@ RBIn, P@ RSEx, P@ RBEx, P@ LSIn, P@ LBIn, P@ LSEx, P@ LBEx, F@ RSIn, F@ RBIn, F@ RSEx, F@ RBEx, F@ LSIn, F@ LBIn, F@ LSEx, F@ LBEx
The posterior rhinomanometry technique consists in simultaneous measuring pressure in oral cavity and flow from both nasal openings. A measurement is conducted with mouth closed and nasal breathing under rest conditions. A mask closely applied to the face is used at the measurement. A pneumotachography tube is connected to the mask exhaust opening in which changes in flow value in nasal cavity are measured. Pressure measurement results are obtained from a small-diameter flexible pipe placed in the patient’s oral cavity.
Rn P SIn, Rn P BIn, Rn P SEx, Rn P Bex, Rnp P @ SIn, Rnp P @ BIn, Rnp P @ SEx, Rnp P @ BEx, Rnp F @ SIn, Rnp F @ BIn, Rnp F @ SEx, Rnp F @ BEx
NPEF, VFEV1, VFVCEx, NFVClN, NVCEx, NMEF75, NMEF50, NMEF25, NPlF, NMlF50.
When a test is repeated after intake of the medicine, results of the second test are related to the results of the test preceding the medicine intake. Each initial test is marked as PRE and the test following the medicine intakeis marked as POST to facilitate interpretation of the recorded results.
Nasal ways resistance varies during nights and days therefore twenty four hours trend might be determined for each patient. Trends help to initiate effective treatments
First name, last name, date of birth, body weigh, height, sex, test identification number, patient identification number, patient address, employer address, insurance institution.
Data base allows for storing, comparing and transmission of examination results as well as graphs to statistical standard programs.
Rhinomanometer affords possibilities to print as well as compare examination results designed by a user, using color or black and white printer .
Flow range +/- 20 l/s
Flow measurement accuracy < 2%
Flow resolution 2,4ml/s
Pressure range +/- 1,25 kPa
Pressure measurement accuracy +/- 1%
Pressure measurement resolution 1 Pa
Dimensions 259x247x75 mm
Weight 2 kg
Power supply 230 V, 50 Hz 30VA
HEADPIECE MES DV 40 TYPE:
Deadspace DV 40 38 ml
Head DV40 resistance <0,05 cmH2O/l/s
(1 l/s flow)
To contact MGC Diagnostics Australia about Rhinomanometer – MES Rhinotest 1000 use Get a quote.
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