Spirolab III Diagnostic Spirometer with SPo2

Spirometer with 6000 test memory
Medical Director(tm) compatible
bluetooth, usb and serial connections
Available with disposable or reusable digital turbine flowmeter
High resolution colour screen
Fast but silent thermal printer
Full Alpha Numeric Keyboard
WinSpiro Pro Software and Carry Case Included

Spirometer Features

Records best 3 trials.
Up to 8 blows on one screen.
Internal temperature sensor for BTPS conversion.
The proven MIR turbine flow sensor requires no calibration and complies with the severe ATS 24/26 waveforms.

A unique feature within winspiroPRO is a series of amusing user-selectable paediatric incentive screens and animations, which use an algorhythm which takes into account both the expired volume and the flow of the subject.

Portable spirometry

Only 1.9 kg for truly portable spirometry.
Rechargeable battery plus mains power.
Internal temperature sensor for automatic BTPS conversion.
Upgradeable internal software by connecting to the PC.
Spirolab II Carrying Case

Standard device includes

Spirolab III
WinspiroPRO CD
Carrying case

Spirometer Specifications

FVC, FEV1, FEV1/FVC%, FEV6, FEV1/FEV6%, PEF, FEF25%, FEF50%, FEF75%, FEF25-75%, FET, Vext, FIVC, FIV1, FIV1/FIVC%, PIF, *FVC, *FEV1, *PEF, VC, IVC, IC, ERV, FEV1/VC%, VT, VE, Rf, ti, te, ti/t-tot, VT/ti, MVV

Finger Oximeter

Short or long term (overnight)
SpO2 and Pulse Rate measurements.
ODI, NOD, T90%, T89%, T88, T87%
Sleep oximetry with desaturation events.
Oximetry during exercise test.

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What Does Spirometery Measure

Forced vital capacity (FVC) of the lung is the volume of air that can be forcibly expelled from the lung from the maximum inspiration to the maximum expiration.
Forced expiratory volume in 1 second (FEV1) is the volume of air that can be expelled from maximum inspiration in the first second.
FEV1/FVC ration is the FEV1 expressed as a percentage of the FVC (or VC if that is greater) ie the proportion of the vital capacity inhaled in the first second. It distinguishes between reduced FEV1 due to restricted lung volume and that due to obstruction. Obstruction is defined as an FEV1/FVC ratio of <70%
Vital Capacity (VC): Is the change in volume of gas in the lungs from complete inspiration to complete expiration.
Peak Expiratory Flow Rate (PEFR): Is the greatest flow that can be sustained for 10 milliseconds on forced expiration starting from full inflation of the lungs. It is measured in Litres per minute with a peak flow meter.
Forced Expiratory Flow Rate (FEFR 25% - 75%): This is the average forced expiratory flow rate at the middle part of the FVC manoeuvre. Expressed in Litres per second it gives an indication of what is happening in the lower airways. It is a more sensitive parameter and not as reproducible as the others. It is a useful serial measurement because it will be affected before FEV, so can act as an early warning sign of disease
Expiratory Vital Capacity (EVC): The maximum volume of gas which can be expired from the lungs during a relaxed expiration from a position of full inspiration.
Inspiratory Vital Capacity (IVC): The maximum volume of gas which can be inspired into the lungs during a relaxed inspiration from a position of full expiration. The expiratory phase is the one more commonly used to measure obstruction and restriction within the lungs.

IVC can be obtained in two ways -

1. Static test - performed without regard to time e.g. Vital Capacity (VC)
2. Dynamic test - performed at forcible and maximum effort against time. e.g. FEV, (Forced expiratory volume in the first second from a maximum inspiration)

Spirolab III Spirometer Brochure

MIR Spirometers General Brochure

MIR Turbine Instruction Guide