Page 1 - Smiths Detection Target ID

Technical Information

Target-ID ™

FAST, ACCURATE AND PORTABLE ILLICIT DRUG ANALYZER

Target-ID is the first Fourier-Transform ability to recognize and identify substances
Feature Highlights Infrared (FTIR) spectroscopy analyzer where other technologies fall short. Only a
specifically designed to support narcotics very small quantity of a sample is required
• Rapidly and accurately identifies interdiction efforts. Combining the power, for analysis and an integrated press ensures
up to 2,500 substances using a speed, and accuracy of FTIR with a library of consistent and reliable pressure is made
preloaded library up to 2,500 narcotics, precursors, common throughout the analysis process.
• Customizable and expandable user chemicals, and cutting agents; Target-ID
library returns identification results in a matter of Lightweight and easily transportable,
• Lightweight and portable for seconds without damaging or degrading the Target-ID provides hours of operation on a
single battery charge and also accepts com-
sample.
handheld operation mercially available disposable batteries or
• Intuitive user interface requires In addition, Target-ID is capable of identifying line power if needed. The system offers an
minimal training emerging synthetic designer drugs. Its cus- unmatched performance throughout an ex-
• Utilizes proven FTIR technology tomizable user library easily allows localized treme temperature range and the revolution-
drug variants to be added. Designed for ease ary optical platform provides high vibration
of use by personnel of different skill levels, immunity even during the analysis period.
minimal training is required for operation.
Smiths Detection has leveraged a best-in-
FTIR has long been a trusted method for the class infrared spectroscopy platform with
identification of unknown powders, liquids, decades of experience to develop Target-ID,
gels, pastes and solids. In addition, FTIR a product as advanced as it is cost effective.
spectroscopy is ideal for field use due to its
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