Applications
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Application
Security
DETECTION OF EXPLOSIVES
The TSI-3000E explosives analyzer can simultaneously detect up to 40 different target substances, including military explosives (C4, HMX, PETN, RDX, semtex, etc.), industrial explosives (DNT, TNT, ammonium nitrate, black powder, nitroglycerin, urea nitrate, etc.), improvised explosives (HMTD, TATP, etc.), stabilizers (diphenylamine, N-nitrodiphenylamine, etc.), and taggants (EGDN, DMNB, etc.) using air samples. Test results are available within 20 seconds.
Detailed detection of these explosive target substances is carried out by using ion mobility spectrometry which can identify very low concentrations in the nanogram to picogram range. The use of IMS technology, which mimics and even surpasses the olfactory abilities of dogs, allows for reliable identification of threatening substances. This can effectively support security authorities (e.g., police, military) in their work.
DETECTION OF DRUGS AND CONTRABAND
The TSI-3000D drugs analyzer can simultaneously detect up to 35 target substances, including organic drugs (cannabis, cocaine, heroin, opium, etc.), synthetic drugs (LSD, ecstasy, fentanyl, metamphetamine, synthetic cannabis, etc.) and contraband (alcohol, tobacco, etc.) in air samples. The test results are available within 20 seconds.
Detailed detection of these target substances is carried out using ion mobility spectrometry, which can detect very low concentrations in the nanogram to picogram range. The use of IMS technology, which mimics and even surpasses the olfactory abilities of dogs, allows for reliable identification of harmful, unhealthy substances. This can effectively support security authorities (e.g., drug enforcement authorities, police) in their work.
DETECTION OF FLARES ANDSMOKE BOMBS
The TSI-3000P analyzer can detect various types of pyrotechnic and explosive devices (flares, petards, flashbangs, fireworks, smoke bombs, etc.). Devices (flares, petards, flashbangs, fireworks, smoke bombs, etc.). Using air samples, identify their contents such as potassium nitrate, potassium perchlorate, dextrin, barium carbonate, Copper oxide, strontium carbonate, etc. will be identified.
The analysis is performed using ion mobility spectrometry. The IMS technology is based on numerous positive experiences in the detection of explosives.
It is also effectively used for the detection of pyrotechnic items and explosive devices. The test results are available in near real time.
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Application
Healthcare
DETECTION OF COVID-19 INFECTIONS
The TSI-3000I breath analyzer can detect biomarkers (VOCs) associated with Covid-19 infections in exhaled human breath. Sampling for this novel Covid-19 testing method is non-invasive and test results are available within 20 seconds.
Breath analysis is carried out using ion mobility spectrometry. For years, IMS technology has been used very effectively to detect drugs and explosives. Since the beginning of the pandemic and after extensive clinical studies, it is now being successfully applied to detect Covid-19 infections.
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