Company's sophisticated explosive detection technology can identify substance in latest airline bombing attempt.
-
Detecting Trace Chemicals
SpectraFluidics, Inc., has developed a novel, gas-phase, trace chemical detection technology that exceeds state-of-the-art performance metrics by orders of magnitude.
-
Our Problem Is Global
More text needed here. Morbi justo lectus, bibendum at, viverra a, feugiat eu, libero. Cum sociis natoque penatibus et magnis dis parturient montes, nascetur ridiculus mus. Etiam vehicula laoreet urna. Aliquam leo. Cras viverra odio at dolor.
-
We Are Global
More text needed here. Morbi justo lectus, bibendum at, viverra a, feugiat eu, libero. Cum sociis natoque penatibus et magnis dis parturient montes, nascetur ridiculus mus. Etiam vehicula laoreet urna. Aliquam leo. Cras viverra odio at dolor.
-
Dec 30
-
Oct 28
PESHAWAR, Pakistan – A car bomb struck a busy market in northwestern Pakistan on Wednesday, killing 100 people — mostly women and children — as visiting Secretary of State Hillary Rodham Clinton pledged U.S. support for Islamabad's campaign against Islamic militants.
-
Oct 12
Counter-terrorism officials have issued security bulletins to police around the nation about terrorists’ desire to attack stadiums, entertainment complexes and hotels — the latest in a flurry of such internal warnings as investigators chase a possible bomb plot in Denver and New York
SpectraFluidics’ innovative technology provides gas-phase, molecular-specific detection of explosives, illicit drugs, and other contraband at parts-per-trillion (ppt) concentration levels. It is also an ideal technology for lab-on-a-chip applications. Our technology does not require sample preparation, reagents, swabbing, or other handling techniques that can limit detection capabilities in the field.
At the heart of SpectraFluidics’ core technology is the unique combination of Free-Surface microFluidics (FSF) and Surface-Enhanced Raman Spectroscopy (SERS). This technology is incorporated in consumable microfluidic chips that provide extremely high sensitivity and selective for gas-phase chemical detection, such as explosives and narcotics vapors. Explosives vapors can be detected sub parts per billion (ppb) in the presence of background contaminants that are six or more orders of magnitude higher concentration.