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PC-Spirometer ProSpiro




Pro Spiro
Pro Spiro PC-Spirometer for pulmonary function testing - Currency supply by USB-Port - Mobile operation capability.

The spirometer database is integrated at the digital Diagnostic Center software.
  • Forced ex-and inspiration
  • Static vital capacity measurement
  • Maximal voluntary ventilation
  • GDT / HL7



Measurement modes:
Forced ex-and inspiration
Hard inhalation, followed by a fast expiration and a fast, deep inspiration.

In this mode the device measures the following parameters:
  • FVC Forced Vital Capacity
    • The amount of air, which the patient moves while exhaling as fast and as deep as possible.
  • FIVC Forced inspiratory vital capacity
    • The volume change of the lung between a maximal expiration to residual volume and a full inspiration to total lung capacity.
  • FEV1 Forced Expiratory Volume 1 sec
    • The volume of air exhaled during the first 1 seconds.
  • FEV1/FVC
    • The ratio of FEV1 and the Forced Vital Capacity.
  • FEV6Forced Expired Volume 1 sec
    • The volume of air exhaled during the first 6 seconds.
  • PEF Peak Expiratory Flow rate
    • The greatest exhalation flow during forced exhaling.
  • FEF25 Forced mid-Expiratory Flow rate
    • The calculated flow at 25% of forced exhaling.
  • FEF50 Forced mid-Expiratory Flow rate
    • The calculated flow at 50% of forced exhaling.
  • FEF75 Forced mid-Expiratory Flow rate
    • The calculated flow at 75% of forced exhaling.
  • MMEF2550 Maximum midexpiratory flow
    • This is the average expiratory flow over the middle half of the FVC.
  • MMEF2575 Maximum midexpiratory flow
    • This is the average expiratory flow over the middle half of the FVC.
  • FET Forced Expiratory Time
    • The time of forced expiration.
  • FIV1 Forced Inspiratory Volume 1 sec
    • The amount of air inhaled during the first 1.0 seconds of forced inhalation.
  • PIF Peak Inspiratory Flow rate
    • The greatest flow during forced inhalation.
  • FIF25 Forced inspiratory flow at 25%
    • Forced inspiratory flow at 25% of inhaled volume.
  • FIF50 Forced inspiratory flow at 50%
    • Forced inspiratory flow at 50% of inhaled volume.
  • FIF75 Forced inspiratory flow at 75%
    • Forced inspiratory flow at 75% of inhaled volume.
  • EV


Static vital capacity measurement
Vital capacity is the amount of air inhaled after a full exhalation.

In this mode, the device measures the following parameters:
  • VC Vital Capacity
    • The volume change of the lung between a full inspiration and a maximal expiration.
  • IVC Inspiratory Vital Capacity
    • Inspiratory vital capacity is the amount of air, which the patient inhales after a full exhalation.
  • IC Inspiratory Capacity
    • The maximum amount of air a person can expel from the lungs after first filling the lungs to their maximum extent and then expiring to the maximum extent.
  • ERV Expiratory Reserve Volume
    • Expiratory reserve volume is the largest volume of air a patient is able to expiration from an average relaxed expiratory endpoint.
  • TV Tidal Volume
    • The breath volume is the average amount of air moved during relaxed breathing cycles.
  • TI Inspiratory time
    • Resting inspiratory average time
  • TE Expiratory time
    • Resting expiratory average time
  • VE Ventilation at rest
  • RR Respiratory rate
    • The number of breaths per minute
  • TV/TI Tidal Volume / Inspiratory time
    • Resting inspiratory average flow
  • TE/TI Expiratory time / Inspiratory time
    • The ratio of TE and TI


Maximal voluntary ventilation
Maximum amount of air during continuous breathing.

In this mode the device measures the following parameters:
  • MVV Maximal Voluntary Ventilation
    • he volume of air moved in one minute during maximal voluntary respiration.


ProSpiro Screenshots




Technical data:*:
ProSpiro
Flow tubeWF-Sensor
Tolerance+/- 3 %
Resolution8 ml/s
Flow range+/- 18 L/s
Dead space16,8 ml
PC connectionUSB
Softwaredigital Diagnostic Center
GDT/HL7
Power supplyUSB-Port
Dimensions120 x 85 x 26 mm
Weight100 g


*Technical modifications reserved!
DDC digital Diagnostic Center is a registered Trademark of MESA Medizintechnik GmbH and certified as medical Software with CE0297.



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