Up to 10 Hz optical CO₂ acquisition
Flow-through CO₂ measurement at up to 10 Hz captures the shape of each breath in much more detail than slow periodic sampling.
Mera is developing optical sensing technology for metabolic testing, with faster response, no routine calibration and no annual sensor replacement.
Optical O₂ and CO₂ sensing gives us faster gas measurement with less calibration, fewer replaceable parts and a simpler flow path.
Illustrative respiratory signal only. Not a validation benchmark.
Flow-through CO₂ measurement at up to 10 Hz captures the shape of each breath in much more detail than slow periodic sampling.
CO₂ is measured directly in the flow, without a separate sampling pump. This simplifies the hardware and may also be useful in respiratory applications such as capnometry.
Less calibration and fewer service steps make the system easier to operate outside specialist labs, including performance centers, clubs and gyms.
Optical sensing avoids annual electrochemical O₂-cell replacement and reduces routine service requirements for the gas-analysis system.
Our current prototype demonstrates the core sensing architecture in a real metabolic testing setup.
The sensing concept is working. The next steps are product engineering, validation with scientific laboratories and turning the system into hardware that can be manufactured and supported at scale.
We’re interested in working with established companies that can help turn a functional sensing platform into a production-ready metabolic testing system.