Professional spirometry for PC
SpiroReporter
Advanced software for PC based spirometry
Enhanced Measurement Accuracy and Quality – ATS 2019 compatibility; HL7 CDA R2 Export, normal-range pictograms, Global Lung Initiative, error pictograms, user management, real-timeBTPS correction; traced sensor accuracy
State of the art modules – customizable breath-driven incentive games, visual report designer for creating or selecting predefined reports, precise examination and comparison of predicted values for scientific-grade analysis.
All-inclusive spirometry software solution that provides real-time diagnostics, archiving, analysis, trend analysis, configurable reports, export and much more…
Spiroreporter pc software
Full-featured spirometry software with state-of-the-art modules
SpiroReporter is the ultimate solution for advanced ultrasonic digital spirometry and basic oximetry. Designed to empower pulmonologists and general practitioners, SpiroReporter offers a user-friendly experience with a range of cutting-edge features.
Experience seamless workflow with clear testing processes, intuitive single-page mode, minimal maintenance requirements. Customize parameters, re-evaluate tests, and conduct quick tests effortlessly.
unified platform
Comprehensive spirometry & oximetry platform
SpiroReporter is a comprehensive software for spirometry diagnostics and reporting, compatible with SpiroSonic spirometers, ambient sensors, and fingertip pulse oximeters.
It seamlessly integrates patient databases from SpiroSonic SMART and SpiroSonic Android app, as well as other instances of SpiroReporter, providing a unified platform for data management.
Pediatric spirometry
Like a game with a breath controller
SpiroReporter introduces an exciting Incentive Engine that enhances spirometry results by introducing interactive games including racing and colorful adventures in virtual worlds. The software supports dual displays, with the main display providing essential information for the operator and a separate screen dedicated to displaying incentives for the patient.
Spiroreporter also includes predictions and EIB challenge test protocols for children – making pediatric spirometry as efficient as possible.
Roboust report customization
Reports tailored to your needs
SpiroReporter offers an extensive collection of built-in report templates, including maneuver-specific options. Users can further customize report headers to suit selected healthcare organizations.
With a powerful graphical report template editor, users have complete control over tailoring their reports to meet specific requirements.
Real-time accuracy control
Continuous BTPS correction
Automated BTPS correction with visual feedback on room ambient conditions. Stay up-to-date effortlessly with the SpiroSonic Weather Station, automatically updating temperature, humidity, and ambient pressure in SpiroReporter corrections.
In addition, the system features software based zero flow calibration, stabilizing Uscom Spirometer accuracy further.
Flow sensor accuracy can be tracking by a using friendly calibration flow-sequence protocol. SpiroReporter features comprehensive automation, making spirometry hassle-free and precise.
Keep an eye on each session
Full access to consecutive trials in PRE and POST sessions
The pre-bronchodilator and each step of the post-test consist of one session in the post-bronchial challenge tests, one to two sessions in the post-exercise induced bronchospasm (EIB) test, and up to thirteen sessions in the post-bronchial challenge test (BCT).
The best curve can be reviewed and modified, and any trial can be accepted or rejected during the PRE-session or any step of the POST-test.
(It’s important to note that the aforementioned changes can also have an effect on the interpretation of the test and may even alter it.)
Reference value comparison
Analyzing and comparing predictive charts
Understanding the rationale behind transitioning from traditional reference values to new ERS/ATS recommendations can be a complex task. However, a visual comparison of parameters predicted by both sets of values can facilitate selection and transition. Additionally, it is possible to vaíry specific input parameters, such as height and age, to observe changes in corresponding predicted values.
By examining the predicted values with relation to age, significant trends and variations across different age groups can be discerned. Gender differences can also be observed, with females generally exhibiting smaller parameter values compared to males. It can also be used to ensure proper implementation in the software.
The predictive chart provides insights into both the predicted values and lower limits of normal (LLN) values, and supports zooming, allowing for a more detailed examination of specific data points and trends.
Committed to standards
Full ATS 2019 compliance + HL7 CDA R2 v3 export
SpiroReporter features the latest American Thoracic Society standards in quality control, decision support system and automation. In addition to the standard ATS-2019 protocols, SpiroReporter provides an intuitive, easy to understand means of reporting results. Lower Limits of Normal (LLN), Z-
Score classification and Standard Deviation Classification System are implemented in the software as well as normal range pictograms and separate quality controls for children and adults.
Intuitive graphical incentives help children and patients with low compliance to focus, understand instructions and produce optimal respiratory maneuvres. The software automatically detects cough, short maneuvre and a range of other potential issues in patient compliance.
Global Lung Initiative (GLI) prediction is a standard that we have been supporting for over a decade in Uscom spirometry software solutions.
SpiroReporter can export diagnostic results in PDT, GDT and HL7 CDA R2 v3 (latest U.S. healthcare standard) formats for easy display and potential integration into Hospital Information Systems (HIS).
SpiroReporter
Specifications
| Database | 2GB MS Access file. SpiroReporter can store more than 40,000 patients and/or measurements. (The exact number depends on the measurement type.) |
|---|---|
| Language support | English, French, Spanish, Italian, German, Hungarian, Simplified Chinese, Traditional Chinese |
| Supported printers | A4 / Letter – using any printer installed in Windows operating system. DPP-250 thermal printer (optional) |
| Supported maneuvers | Forced Vital Capacity (up to 8 trials per session) (Slow) Vital Capacity (up to 8 trials per session) Maximum Voluntary Ventilation Post Bronchodilator FVC (+ user defined Bronchodilator drug database) Mannitol and Metacholine Bronchial Challenge Tests FVC (+ user defined drug database; + user protocol database) Exercise Induced Bronchospasm Test (for children) Short Oximetry test Calibration Check with e.g. 3L calibration syringe |
| Quick measurement | Perform spirometry after entering minimal amount of data. It is possible to complete the patient data after the quick measurement. |
| Presenting the Results |
FVC Result page * imported from SpiroSonic SMART standalone spirometer |
| The course of the FVC Maneuvers | Three types of FVC maneuver are supported in SpiroReporter: 1. only forced expiration maneuver 2. forced expiration then forced inspiration maneuver 3. forced inspiration then forced expiration maneuver All FVC maneuvers can be started with one or more tidal breath(s) and or preparation breaths. Also all FVC maneuvers can be finished with one or more tidal breath(s) and or finishing breaths. The best Expiration and the best Inspiration (having the biggest volume) will be extracted and used as .FVC maneuver |
| The course of the (S)VC Maneuver | Four types of Slow VC maneuvers are supported in SpiroReporter: 1. about 6 tidal breaths + the Slow VC maneuver (full expiration, then full inspiration) + about 6 tidal breath 2. about 6 tidal breaths + the Slow VC maneuver (full inspiration, then full expiration) + about 6 tidal breath 3. only full expirations 4. only full inspirations |
| Supported predictions | Forche 1988 (Austrian); Chinese (Hong Kong); Crapo 1981; ERS / ECCS(Quanjer) 1993; ERS’ 93 / Knudson; ERS’ 93 / Zapletal; ERS’ 93 / Polgar; García-Rió 2013; Global Lung Initiative (ERS 2012); Gore 1995 (Australian); Hendenstrom / Solymar 85 (Swedish); Hsu 1979; Indonesian (Pneumobile 1992); Knudson 1983; Korean (Choi 2005); NHANES III 1999; Gulsvik 2001 (Norwegian); Pereira 2006 (Brazilian); Perez-Padilla (Mexican); Perez-Padilla (PLATINO); Polgar 1971; SER 2009 (Chilean); SER 2014 (Chilean); Solymar 1980; Stanojevic 2009; Swiss Adult 1996; Taiwan (Wu, Zapletal / Solymar); Thai (Dejsomritrutai 2000); Wu 1991; Zapletal 1977; Golshan 2003 (Persian); Chaterjee 1988 (India); Cherniak 1972; Dockery 1985; Morris 1973; Roca 1986; Jian,Gao, Hao 2017 (Chinese) |
| Supported Quality Controls | None ATS/ERS 2005 NLHEP ATS/ERS 2017 CTA 2019 |
| Supported Interpretations | None NLHEP 200 GOLD(2003) / Hardie (2002) ATS/ERS 2005 |
| Quality Control | Lower Limit of Normal (LLN) Quality Control of the trials Quality Control of the session Users accept – manual accept / reject of the trials Error pictograms (session -> result -> report) |
| Device simulators | Flow Simulator Engine |
| Communication interfaces | Healthcare Information System (HIS) SpiroReporter supports more types of GDT and more types of HL7 communication protocols. For the details, please contact our technical support. |
| Import | Patients from CSV (Excel) file FVC / MVV / SVC session from XML file Database of SpiroSonic SMART standalone spirometer Database of Android-based SpiroSonic app (working with SpiroSonic AIR spirometer) Database of another SpiroReporter software |
| Export | FVC / MVV / SVC sessions to Excel (*.XLS) file FVC, MVV, SVC sessions to XML (*.XML) file Any report to color / black white PDF (*.PDF) file FVC, MVV, SVC sessions to ASCII HL7 file FVC session to HL7 CDA R2 XML (*.XML) file FVC, POST-BD FVC, POST BCT, POST EIB sessions to file-tree structure (*.CSV files) All sessions to DICOM (dynamic tags + report as embedded JPEG file) |
| Forms (optional) | COPD GOLD 2016 |
| Units | SI/Imperial |
| Date format | yyyy.mm.dd mm/dd/yyyy dd.mm.yyyy DD/MM/YY dd/mm/yyyy |
| Help | User’s guide Tooltips in SpiroReporter Video guides Helpdesk |
| Spirometers | SpiroSonic FLO (USB) SpiroSonic Smart (USB) SpiroSonic MOBILE (Bluetooth, USB) SpiroSonic AIR (Bluetooth) |
|---|---|
| Oximeters | Nonin ipod (Model 3212) (USB) Choicemmed (USB) |
| Ambient conditions sensor | SpiroSonic Weather Station (USB) |
| Thermal printer | Datecs DPP-250 (Bluetooth) |
| Device with myAIR Android app | Tablet / smart phone (Bluetooth) |
| FVC (41) | Accepted, AEX, ELA, EOTV05, EOTV1, Error, EV, EV%FVC, FEF25, FEF50, FEF50%FIF50, FEF75, FET, FEV05, FEV05%FVC, FEV075, FEV075%FVC, FEV1, FEV1%FEV6, FEV1%FIVC, FEV1%FVC, FEV1/FVC, FEV3, FEV3%FVC, FEV6, FIF25, FIF50,FIF75, FIT, FIV1, FIV1%FIVC, FIVC, FVC, MMEf2550, MMEF2575, MEF5075, PEF, PEFT, PF, tr, VPEF, zeroTime |
|---|---|
| VC (12) | ERV, IC, IRV, IVC, RR, TE, TE/TI, TI, TV, TV/TI, VC, VE |
| Mixed (1) | FEV1%VC |
| MVV (1) | MVV |
| SpO2 Short (40 s) (2) | Average SpO2, Average Puse Rate |
| SpO2 Short Ex (up to 40 min) (22 parameters) |
Average SpO2, Average Puse Rate SpO2 Statistics: TDuration; TArtifact, TArtifact%, SpO2(min), SpO2(max), SpO2(mean), T90, T90%, T89, T89% T88, T88% Pulse Rate Staistics: : TDuration; TArtifact, TArtifact%, Pulse Rate(min), Pulse Rate (max), Pulse Rate (mean), T40, T40%, T120, T120% |
| SpO2 Long (Overnight) (24) |
All parameters from SpO2 Short E + Duration, T4, T4% |
| Six Minute Walking Test (6MWT) (14 parameters) |
6MWD, 6MWW Walk Time SpO2 Base, SpO2 End Dyspnea Baseline, Dyspnea End, Dyspnea Change Fatigue Baseline, Fatigue End, Fatigue Change, Angina; Dizziness; Calf, Hip or Chest Pain |
| Total available parameters | 90 |
| Minimum | OPERATING SYSTEM – Windows 8.1 HARDWARE – CPU with at least 2 core – 2GB RAM – Screen: 1024 x 600 (limited functionality on: 800 x 600) – 300 MB Free space hard disk – USB port NOTES – External USB Bluetooth radio stick might be necessary for SpiroSonic AIR spirometer |
|---|---|
| Recommended | OPERATING SYSTEM – Windows 10 HARDWARE – CPU with 2+ cores – 4GB RAM – Screen: 1366 x 768 or better (e.g. 1920*1080) – 300 MB Free space hard disk – USB port NOTES – USB Bluetooth radio stick might be necessary for SpiroSonic AIR spirometer |
| Premium | Same as in “Recommended”, + HARDWARE – 2nd display o for incentives (also a bit stronger CPU) o for working on more pages’ parallel – Sound card (any) for voice comments FEV1%VC |
Benefits
Why choose SpiroReporter?
SpiroReporter brings advanced ultrasonic digital spirometry with basic oximetry to the desks of pulmonologists and general practitioners in a user-friendly way.
Committed to ATS 2019 Compatibility – full ATS 2019 compliance & HL7 CDA R2 v3 export
Quality of the trials always in focus – Error pictograms and “user accept” are integral parts of the FVC trials.
Clear workflow of testing – Best practices, predefined settings, and hot-keys (ENTER – ENTER – ENTER).
Intuitive one-page mode – Always visible toolbar, menu bar, and status bar.
Minimal maintenance – No overhead of administering the database server.
Work with chosen parameters only – Show only the selected FVC and VC parameters on result and report pages, and more.
Test re-evaluation – Accept/reject a trial or change the best trial in a PRE and any POST step session, or change the prediction.
Quick test (optional) – Type the required data, perform the test, finish typing.
Improved accuracy – Real-time BTPS correction with optional USB Weather Station.
Controlled accuracy – Monitored flow calibration check.
Sophisticated multi-level help – Interactive tooltips, tutorial videos, simulated maneuvers, prompt helpdesk, and software updates.
Customizable up to an OEM level – Highly customizable GUI, reports, versatile incentives, and behavior management.
Perform provocation tests – Bronchial Challenge Test (BCT) for adults, Exercise Induced Bronchospasm (EIB) test for children.
Attach standard forms/questionnaires about the state of your patients – COPD GOLD 2016 questionnaire (optional).
Use SpiroReporter in smoking cessation programmes – Compare consecutive sessions to see how the patient’s lungs have changed.
Care and attention – Voice commands and interpretation, report template configuration with optional extra-large fonts for easier readability.
Buy
SpiroReporter
PC software
Package Contents
- SpiroReporter PC software
- USB drive
- User manual
