Body Scan Inspection
Explosive & Narcotic Detection Systems
The NUCTECH™ TR2000DC Desktop Explosives and Narcotics Trace Detector can identify the presence and type of trace substances of explosive and illicit drug that is sampled from passenger and cargo surfaces
Adopting Ion Mobility Spectrometry and a patented detector design, TR2000DC provides high sensitivity and efficiency in detecting a wide range of substances in a minimized operational cycle. It is especially ideal for security applications that requires high detection capabilities within short time.
The NUCTECH TR2000DB and TR1000DB-A are applied to identify the presence and type of trace substances of explosives and narcotics, which may be collected from sampling on baggage, vehicle, and even people. Adopting a reliable trace detection technology based on Ion Mobility Spectrometry, the TR series provides high sensitivity and flexibility in detection of a wide range explosives and narcotics in a fast analyzing cycle, and is ideal for all security applications and customs screening applications.
NUCTECH COMPANY LIMITED offers RT 3000 Raman Spectrometer for rapid, accurate identification of unknow liquids and solids such as threat liquid, narcotics,explosives and chemical warfare material Based on Raman spectroscopy, RT3000 can analyze the unknown substance quickly and provide an immediate, reliable result.
NUCTECH COMPANY LIMITED offers RT 6000 Handheld Chemical Identifier for rapid, accurate identification of
unknown liquids and solids such as threat liquids, narcotics, explosives, and chemical warfare materials. Based on Raman spectroscopy, RT6000 can analyze the unknown substance quickly and provide the an immediate, reliable result .
NUCTECH RT1003E Raman Liquid Explosive Detection System (LEDS) has been designed and manufactured by Nuctech Company Limited for security inspection applications. This version has been specifically designed with the requirements of airport security lanes in mind since a single RT1003E can be located between, and accessed from, two adjacent lanes. In this application it meets the requirements of the ECAC Type B Liquid Explosive Detection Systems (LEDs)
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A comprehensive chemical substances detection solution HDK that can detect a wide range of explosives, explosive precursors, narcotics, and other hazardous materials, HDK employs different detectors using various detection and identification techniques, including laser Raman Spectroscophy, Ion Mobility Spectrometry (IMS) and Wet-Chemistry (WC), alongside field-proven, localized Concept of Operations (CONOPs). This unique combination enables detection, interception, and intelligence gathering, resulting in the prevention of terror and criminal acts and a significant tactical advantage for law-enforcement and counter-terror operations.
The LDS G-SCAN PRO is a hand-held Raman spectroscopy-based detector for the instantaneous detection of a wide range of hazardous materials. Used for the quick detection and analysis of explosives and narcotics at the molecular level, the G-SCAN PRO enables the real-time identification of threats and their precursors.
The LDS I-SCAN is a state-of-the-art hand-held snifer designed to detect explosives, narcotics, toxic and other hazardous substances in trace particle and vapor form. The I-SCAN detection process targets the air surrounding concealed objects, bags, and various surfaces. The I-SCAN is also capable of detecting hazardous traces on human hands and clothing.
The LDS B-SCAN is a high-sensitivity desktop inspection station that offers an effective, accurate solution for the detection of liquids, solids and powders suspected to be explosives, narcotics or other hazardous materials. The B-SCAN is an indispensable, key link in the process of identifying a wide range of potential
threats by security personnel.
LDS Remote Scan (R-Scan) line of products presents a new approach in remote standoff explosives detection of Improvised Explosive Devices (IED’s). LDS’s R-Scan explosive detection technology has been proved to detect explosive materials against most common background materials such as metals, glass, cloth, wood, paint and soil at distances of up to tens of meters. This approach offers advantages in the detection of explosives not available by any other means. R-Scan has been field tested successfully and is undergoing integration with additional detection technologies as an integrated system.
A field test kit collection tool TSCAN used for the detection and identification of explosive substances or trace residues using wet-chemistry – a highly reliable, and cost-effective technology based on chemical reagents that change color upon contact with a suspicious substance. Easy-to-use, safe, and unaffected by and extreme temperature, the T-SCAN detects 99% of explosives on the FBI Threat List, providing quick and clear results. When used in conjunction with wet chemistry sets, the TSCAN allows users to collect samples across large areas, surfaces, vehicles, body, clothing, luggage, and more.
SpectroDrone can detect explosives and other hazardous materials, in gas, liquids, powder or bulk forms, parallel to its reconessence mission
SPHERE is a comprehensive, relocatable, rapidly deployed, and affordable multi-sensor solution detecting explosives, improvised explosive devices and explosives precursors in vehicles and cargo.
The EMISENS EMILI series offers unprecedented liquid identification and liquid thread detection capability with emphasis on high throughput and ease of use.
We are technology leader in microwave liquid sensing, enabled by our partnerships with world leading research institutions like Forschungszentrum Juelich www.fzjuelich.de in Germany and Imperial College London www.imperial.ac.uk in the United Kingdom.
The Emisens sensor technology combines ultra-high per formance microwave ceramics and a patented cavity sensor design, multisensory implementation, user-oriented software interface with touchscreen operation and Emisens’ liquid database which comprises microwave and infrared absorption spectra of hundreds of chemical compounds including liquid explosives.