WinspiroPRO

is the new software for maximum spirometry and oximetry performance, already in use worldwide.

With its extreme simplicity of use plus innovative user interface, winspiroPRO represents a new frontier for PC spirometry and oximetry.

Just one click is required to select and send spirometry results and graphs by email

Includes FVC, VC, MVV and brochial challenge testing plus a whole lot more.

Curves and tests in various formats including Word, Excel, Adobe Acrobat, HTML and text file

WinspiroPRO is compatible with windows XP, VISTA and Seven.
WinspiroPRO drivers have been certified by Microsoft.
Network Version available.

WinspiroPRO now available with HL7 interface

WinpiroPRO can easily be connected to a database, EPR, hospital or occupational health system. Special edition with HL7 interface is available on request.

High performance PC software for spirometry and oximetry

All results can be quickly printed out.
All tests memorised are automatically downloaded into winspiroPRO and a patient data card is created automatically, with a preview of the spirometry curve.

The spirometry incentive routine, which MIR has patented, allows the user to select the patient''s favourite image in order to get his maximum compliance.

WinspiroPRO can easily be connected to a database or to an EPR, hospital or occupational health system.

This software also gives trend graphs of any parameter so is ideal for clinical trials and telemedicine.

For any patient, all tests and curves in memory can be reviewed on a single page and the results, including oximetry tests, can be compared.

WinspiroPRO is a unique featured PC software, which comes standard with all MIR spirometers and oximeters.

The latest version provides an innovative user interface, including a detailed motion analysis.

Comprehensive patient records

All patient physical activity records as well as body position are shown on simple, single-screen patient cards, with dynamic management of all data and graphs including SpO2 measurements during the corresponding test (6MWT, Sleep, Stress Test…).

Sleep Oximetry with body position and desaturation analysis

Spirometer technical specifications:

Flow sensor: bi-directional digital turbine
Flow range ±16L/s
Volume accuracy: ±3% o 50mL, whichever is greater
Flow accuracy: ±5% o 200mL/s, whichever is greater
Dynamic resistance at 12L/s: <0.5cmH2O/L/s
Temperature sensor: semiconductor (0-45°C)

Spirometer measured parameters:

FVC, FEV1, FEV1/FVC%, FEV3, FEV3/FVC%, FEV6, FEV1/FEV6%, PEF, FEF25%, FEF50%, FEF75%, FEF25%-75%, FET, Estimated Lung Age, Extr. Vol., FIVC, FIV1, FIV1/FIVC%, PIF, VC, IVC, IC, ERV, FEV1/VC%, VT, VE, Rf, ti, te, ti/t-tot, VT/ti, MVV measured, MVV calculated

Central unit technical specifications:

Display: LCD Backlit Touch screen Display
Resolution: 128x64 pixels
Power supply: Lithium ion 3.7V, 1100mA rechargeable battery
Data transmission: USB 2.0 On-The-Go and Bluetooth® 2.1
Accelerometer: Triaxial ± 2g, 400Hz sampling
Dimensions and weight: central unit 101x48x16mm, 99g
removable turbine head: 46x47x24mm, 17g
Battery charger (optional): 100VAC - 240VAC, 50Hz-60Hz
output 5VDC, 500mA, micro USB type B

Pulse-oximeter technical specifications

SpO2 range: 0-99%
SpO2 accuracy: ±2% (70-99% SpO2)
Heart rate range: 30-254BPM
Heart rate accuracy: ±2BPM or 2%, whichever is greater

Pulse-oximeter measured parameters (standard)

SpO2 [Baseline, Min, Max, Mean], Pulse rate [Baseline, Min, Max, Mean], T90% [SpO2<90%], T89% [SpO2<89%], T88% [SpO2<88%], T5% [ΔSpO2>5%], ΔIndex [12s], SpO2 Events, Pulse rate events [Bradycardia, Tachycardia], Step counter, Movement [VMU], Recording time, Analysis time

Sleep analysis (specific parameters)

Body position, SpO2 Events, Desaturation index (ODI), Desaturation [Mean Value, Mean duration, Longest duration, Nadir Peak], ΔSpO2 [Min Drop, Max Drop], Total Pulse Variations, Pulse Rate Index, NOD89% [SpO2<89%; >5min], NOD4% [SpO2 Basale-4%; >5min], NOD90% [SpO2<90%; Nadir<86%; >5min]

6MWT (6 Minute Walk Test specific parameters)

O2-Gap, Estimated distance, Distance walked, Predicted distance [Min, Standard], TΔ2% [SpO2≥2%], TΔ4% [ΔSpO2≥4%], Time [Rest, Walking, Recovery], Desaturation Area/Distance Optional data entry: Borg Dyspnea [Baseline, End, Change], Borg Fatigue [Baseline, End, Change], Arterial blood pressure [Systolic, Diastolic], Oxygen administered