IR emitters for
gas analysis in medical technology
Precision and reliability: the key to accurate gas analysis
Our IR emitters are based on the latest infrared technology. They are characterized by a particularly high radiation output, reliability and durability. This makes them ideal for applications in medical technology. The Micro-Hybrid HermeSEAL® protects against moisture and environmental influences and enables reliable operation. Thanks to specially adapted optical parameters, they are particularly suitable for monitoring respiratory gases, CO2 and anesthetic gases.
Long-term stability
Our JSIR emitters are characterized by their long control runtime of around 100,000 hours. Compared to conventional IR emitters, they are especially stable over the long term and guarantee precise and reliable operation.
Reliability
The JSIR emitters function reliably even with long operating times and intensive use. A special design of the emitter chip membrane virtually eliminates the risk of unexpected failures. This ensures consistent performance.
Hermetically sealed
HermeSEAL® technology protects the membrane of the IR emitter from moisture and harmful environmental influences. They are the perfect choice for demanding gas measurement applications in medicine and biotechnology.
Perfect IR components for precise breath gas analysis
Precision and reliability are essential parameters for technical components in anesthesia, ventilation, patient monitoring, capnography and diagnostics. Precise gas measurements ensure safe interventions and reduce risks. JSIR emitters have a high modulation frequency as well as high and long-term stable radiation output.
Focus on your requirements
Long-term stability
Problem: The power of the emitters changes over a longer period of time and therefore changes the measurement result.
Solution: JSIR emitters are pre-assembled and therefore only a slight change in radiant power occurs. This is the precondition for a constant output and a stable emission spectrum.
Temperature dependence
Problem: The membrane temperature of the infrared emitter is influenced by the ambient temperature.
Solution: The implementation of temperature control in the chip membrane ensures constant emissivity regardless of ambient fluctuations. In addition, the temperature of the emitter can be kept constant by automatic power regulation.
Lifespan
Problem: Short service life of the IR emitters prevents reliable and continuous measurements.
Solution: Micro Hybrid relies on robust MEMS technology, which massively improves the service life of the emitters. It is also possible to measure the ageing of the chip, which enables preventive maintenance measures and shows the service life.
Compatibility with medical gases
Problem: The IR emitters are not compatible with the medical gases to be measured.
Solution: The use of suitable housing variants and windows ensures that the IR emitters can be used with different medical gases without impairing the measurement quality.
Reliability
Problem: Spontaneous and structure-related functional failures of the IR emitters.
Solution: The full-surface MEMS membrane minimizes structure-related failures. By detecting the age of the emitter chips, spontaneous failures can be avoided and preventive maintenance can be carried out. The patented HermeSEAL® technology provides additional protection against external influences that could lead to failure.
Overview of IR emitters
Key facts and benefits
Gas detection
The ability to detect various common gases is a key feature of our IR components. Our devices reliably detect gases such as carbon dioxide (CO2), carbon monoxide (CO), nitrous oxide (N2O), nitric oxide (NO), as well as medical anesthetic gases such as isoflurane, desflurane and halothane.
Harsh environments
Our IR emitters are designed for use in extreme environments. The patented HermeSEAL® technology provides hermetic sealing through brazed windows to ensure protection in harsh conditions. Efficiency and durability can also be further improved by backfilling with various gases.
High emissivity
Thanks to high membrane temperatures, our components achieve excellent spectral emission, enabling true blackbody radiation. This ensures outstanding performance and precise measurements in a wide range of application scenarios.
Long lifetime
Our IR emitters are designed for reliability and durability. The high stability of the membrane ensures a long service life and low maintenance requirements, making it a cost-effective solution.
Individual
We offer customization to meet the individual requirements of our customers. This includes customization of windows, filling gases and more. Our portfolio includes economy, premium and high-end products so that the right emitter is available for every requirement.
