Pulmonary Function Testing
Vitalograph Morgan PFT systems, powered by ComPAS2 - breathtaking PFT
The world's most powerful and advanced enterprise pulmonary function testing solution just got better.
With decades of experience innovating the latest solutions in pulmonary function testing, Vitalograph and Morgan Scientific have partnered to deliver the most technologically advanced hardware and software for PFT testing on the market. Flexible EMR integrations, remote interpretation, stunning reports, ease of use, and patient comfort are all hallmarks of the Vitalograph Morgan PFT System powered by ComPAS2.
Choose from two styles – VitaloLAB® cart-based or VitaloROV® all-in-one desktop PFT systems. They both perform all of the same tests, they each just use a little different space.
The Pinnacle of Pulmonary Function Testing
The newest member of the Morgan family provides exceptional style, accuracy, and capability. Not only does this device function as a mobile full PFT unit, but it can also operate with a cabin for full Plethysmography testing. Unique customer support and collaboration gives the VitaloLAB and VitaloROV systems with ComPAS2 PFT software the edge as your ambitious partner. It must be seen to be believed, so click to see more!
Product Features
Compliant to all of the latest ATS/ERS guidelines for spirometry, diffusing capacity, lung volumes, reporting, and interpretation
Complete support for Global Lung Initiative (GLI) predicted equations for spirometry, diffusing capacity, and lung volumes, including support for GLI Global race-neutral reference equations
Customizable testing dashboards with graphs, test parameters, and quality indicators
Best in class realtime gas analyzers deliver immediate, reliable, accurate results
Test gas delivery at atmospheric pressure - no added resistance or work of breathing!
Amazingly quiet and pleasant patient and technician experience
Verifiable no-compromise accuracy & reliability
This is only the tip of the iceberg! VitaloLAB and VitaloROV are powered by ComPAS2 – a quantum leap in pulmonary function testing.
Pulmonary Function Testing Capabilities
Forced Vital Capacity
(FVC)
The forced vital capacity (FVC) measurement is the most common spirometry test. It shows the amount of air a person can forcefully and quickly exhale after taking a deep breath.
Slow Vital Capacity
(SVC)
Slow Vital Capacity (SVC) measures various lung capacities and volume segments, such as vital capacity, inspiratory capacity, tidal volume, and expiratory reserve volume.
Diffusing Capacity
(DLCO)
Diffusing capacity of carbon monoxide (DLCO) measures how well carbon monoxide is transferred between the lung and blood. It is a good indication of how well the lung is able to transfer (diffuse) oxygen and carbon dioxide.
Multi-breath Nitrogen Washout
(MBN2)
Multi-breath Nitrogen Washout (MBN2) measures lung volumes (including FRC, TLC, and RV) and lung clearance index (LCI) by measuring the concentration of nitrogen in the lungs as it is washed out when the patient breathes 100% oxygen.
Single-breath Nitrogen Washout
(SBN2)
Single-breath Nitrogen Washout (SBN2) measures lung volumes (including TLC and RV) and closing volumes by measuring the nitrogen concentration after a single complete inhalation and exhalation of 100% oxygen.
Bronchial Challenge
Bronchial challenge tests use chemical agents (such as Methacholine or Aridol), exercise, cold air, or body position (such as supine versus sitting) to measure bronchospasm response.
Respiratory Pressures
(RMS/MIP/MEP)
Respiratory pressure tests measure the maximum inspiratory (MIP) and expiratory (MEP) pressures the patient is capable of generating against a closed shutter.
Maximum Voluntary Ventilation
(MVV)
Maximum Voluntary Ventilation (MVV) measures the total air a patient can maximally breathe in a minute (also called the Minute Ventilation).
Cough Peak Flow
(CPF)
Cough Peak Flow (CPF) measures the peak expiratory flow during a forced cough, usually after a deep breath.
Nasal Inspiratory Pressures
(SNIP)
Sniff Nasal Inspiratory Pressure (SNIP) is an alternative way to measure inspiratory muscle strength.
And that is not all! With ComPAS2, the Vitalograph Morgan PFT system can also be used to manage more test types, including predicted normals, interpretation workflow, and EMR integration…
- Enter six minute walk and oxygen titration data, report the results with predicted normals and computer impressions
- Import breath-by-breath cardiopulmonary exercise (CPET) data and report the results with predicted normals, graphs, and computer impressions – contact us to learn the systems we support
- Enter exhaled nitric oxide (FeNO) data and report the results with predicted normals and computer impressions
- Enter arterial blood gas (ABG) results and report the results
- Capture dyspnea and fatigue indices and report them with other data in a calculated Borg Index.
Product Specifications
- Model number: 9100
- Size (sensor enclosure): 20 x 15.5 x 5.3 in
- Weight: 20 lbs (9 kg)
- Operating Temperature: 32-122°F / 0-50°C
- Connection to PC: USB
- Power: 110VAC 60Hz
- Flow Measurement: Heated Lilly pneumotachograph
Accuracy: ±2% @ ±14 L/s - Volume Measurement: Flow integration @ 100Hz
- Pressure Measurement: Solid state pressure transducer
- CO & CH4 Sensor: Nondispersive infrared (NDIR)
Accuracy: ±1% of full scale - O2 Sensor: Laser Diode Absorption
Accuracy: ±0.2% - CO2 Sensor: Infrared
Accuracy: ±0.1%
- DLCO Gas: 0.3% CO, 0.3% CH4, balance air
- MBN2 & SBN2 Gas: 100% O2
- Span Gas: 14-16% O2, 4-6% CO2, balance N2
- Patient Valve: Pneumatic pistons
- Inspirate Gas Delivery: At atmospheric pressure
- Predicted Normal Protocols: Global Lung Initiative (GLI) Spirometry, DLCO, Lung Volumes; NHANESIII, ATS/ERS; Polgar; Knudson; Crapo; Morris; and many more
- Performance Standards: ATS/ERS 2019, EN ISO 13485
- Safety Standards: IEC 60601-1:2005,
- Medical Devices Directive: 93/42/EEC
MDR 2017/745 - Designed and manufactured by Vitalograph
Certificate # 700480: MDSAP ISO 13485:2016 - ComPAS2 software by Morgan Scientific, Inc.
Certificate # QS60949650004 Rev. 02: MDSAP ISO 13485:2016/FDA 21 CFR 803, 806, 807 Subparts A to D, 820/CMDR