Target Tecnología, S.A.

FAST CONTROL SYSTEM FOR LIQUID FILTERS IN CONTROL OF PASSENGERS AT AIRPORTS :

Fast: Quick analysis for a steady flow of passengers with high performance.
No Contact: Analysis through the walls of sealed containers.
Clear: clear and precise results for fast resolution of the threat
Intuitive: Easy to use by unqualified staff.

TruScreen enables analysis of fluid very quickly and easily in control filters airports, without interrupting the flow of passengers and not touching the samples.

TruScreen has been designed for control and rapid analysis, and filter for airport passengers, possible hazardous liquids in bottles or cans transparent.TruScreen can easily distinguish between liquid explosives, precursors or harmless materials.Lightweight, easy to use and completely autonomous.TruScreen analyzed through the walls of glass or plastic containers of transparent or translucent, without contact with the liquid tested.

Analysis Methodology

Raman spectroscopy, a technique that works under the TruScreen, is a well known technique in the laboratory and used to identify all types of chemicals. The identifier of chemicals by Raman spectroscopy "First Defender" made by Ahura Scientific and used in bulk for the identification of unknown chemicals, primarily responds to the question: What is this substance?

IDENTIFICATION:

TruScreen uses this same technology, but uses software algorithms specifically designed to test only certain elements of interest-in the case of airport security filters, to check for hazardous liquids. With this premise, TruScreen answered the question: "This substance is a threat?

Raman Technology

Optical analysis techniques, Raman spectroscopy does not require direct contact with the substance to be analyzed. When placed against a translucent container, Raman equipment emits a beam of monochromatic laser light incident on the sample, collecting light scattered by the material, creating a unique molecular fingerprint characteristic of the substance.

As the laser focal point is inside the bottle, the molecular evidence shows the composition of the analyte, which may be compared to a predefined list of fingerprints, for dangerous substances loaded in the internal library computer.