Labio Medical solution

To be able to offer quantitative and qualitative chemical analysis near the sampling site quickly and cost-effectively. The system is adapted to be used and combine most technologies. The system is an analytical innovation that has been developed with knowledge in chemistry, physics, photonics and electrical engineering. Our systems are robust and only costs 1/3 of today's traditional analytical systems. This enables us to offer chemical analysis to sampling sites and customers who need it.

The system is reliable and can be used in industrial environments and in clinics and laboratories. The system performs chemical analysis in real time. By combining gas chromatography with UV spectrometry, a very safe and precise detection, identification and classification is given about chemical substances.

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Improved chemical analysis

The GC-UV method could be used to characterize leading candidate compounds that will be used in drug development and so see its pharmaceutical ingredients (API). The method could be used in clinical trials for its abilities to separate components and identify any impurities. 

The system can be operated by persons without higher education, which enables the system to be user-friendly and time effecient. The quantitative and qualitative chemical analysis can be done within 10 minutes.

Analysis an data in real-time

Chemical analysis is best done with chromatography which is a separation method. Together with our 3D software, the reading of the analysis can be done better than today's 2D software. The software creates automated reports and the operator can be able to see the chemical analysis in 360 degrees. 

The analysis is done within 10 minutes and gives data in real-time. A very precise identification of organic and inorganic substances can be performed with the instrument. The software is controlled by AI algorithms that enables the chemical analysis to be visible in 3D. 

 The newly developed GC-UV technology enables the analysis of gases of more than 100,000 different substances. To increase the analysis sensitivity, different and subject-specific collection methodologies are used, which means that the sensitivity increases by 100–1000 times.

Medical diagnostics

Today, there is no method for diagnosing serious diseases through analysis of exhaled air. There are no standardized methods that are so qualitative that they can diagnose several diseases.

 The diagnosis that can be made today is traditional through a laboratory environment. Today, patients are tested for disease cases via blood tests and urine tests. These methods have limitations in that the results from analysis of blood samples and urine samples are available only a relatively long time after the samples were taken and even longer after the specific event that led to the sampling occurred.

The GC-UV technology does not have the aforementioned limitations and can also be used for far more diagnoses. Carrying out diagnostics through breath analysis leads to a faster diagnosis before symptoms appear and is a contributing factor to reducing care-related costs and reducing deaths from late diagnosis of current invasive methods.

Several advantages of the GC-UV method

The system is based on several years of research and adaptations to be a universal analytical instrument for biological and chemical analysis. 

Mobile and chemical analysis near the sampling site
User-friendly and a plug-and-play solution
Automated report
Analysis time