Omnical Sport
Highest validated Accuracy and Reliability
Fastest data rate for both VO2 and VCO2 measurements
From resting metabolism to absolute maximum
No breathing restrictions
Highly versatile and accurate
The Omnical product is the most versatile and accurate indirect calorimeter for research purposes on the market. Comprised of state-of-the-art technology using the highest class precision measurement instruments, it enables customers to perform studies in various research fields.
The system is designed to measure energy metabolism ranging from resting metabolism rate (RMR) to sports performance testing (e.g. VO2max tests) with high accuracy.


The Omnical Sport
The Omnical Sport indirect calorimeter comprises of four basic parts: a gas analysis system, the breathing unit (facemask), data analysis software and reporting software. With this method, the subject’s breathe flow is directed through a facemask and an optional flow unit to the gas analysis system.
- Omnical
- Breathing unit (facemask)
- Analysis software
- Reporting software
Optional
- Flow unit
- Validation kit
Software and data analysis
To carry out the various protocols different software applications are available. The software gives the opportunity to input metadata of the experiment and subject and shows live measurement data during the test. The data is saved after the test.
Report software is designed to translate measurement data into a report for the subject. The report also includes different graphs by choice, that include the heartrate, power, VO2, VCO2 and threshold.


System performance
System accuracy
1% ± 2.0% SD or better for VO2 and VCO2 measurements @ 250mL/min oxygen consumption and 100 L/min flow.
Respiratory Quotient (RQ) = VCO2/ VO2 within 0.02 absolute.
High flow up to human physiological maximum, low flow for RMR infants
Ventilation | 20-450L/min (higher range is possible on request) |
O2 uptake | 0-8 L/min |
CO2 production | 0-8 L/min |
High VCO2 and VO2 update rate
Live display of measurement values updated every 5 seconds.