analyticon instruments gmbh

Two technologies – one analyzer – double safety. Within 20 seconds the rugged, handheld GEMINI identifies more than 14.000 hazardous chemicals, explosives, narcotics, precursors, household chemicals and CWAs directly in the danger zone. Previously these analyses had to be carried out in a lab. Now the right steps can be taken instantly.

In 2015 the German Federal Police started to use the twin-analyzer “GEMINI” nationwide for hazard control. Technically and analytically they are therefore up to date.

For the first time GEMINI combines the two preferred analysis technologies FTIR and RAMAN spectroscopy in one single handheld device. Raman Technology can analyze contactless and non-destructively solids and liquids of light color even through transparent containers. FTIR technology has its key-benefits in analyzing dark and fluorescent materials. As both technologies overlap and complement each other, the operators receive better, faster and more reliable results than with a single technology. Time-delayed measurements can also be set for both methods - a significant plus in terms of safety in the case of pressure- or heat-sensitive explosives. The integrated Scan Assistant helps to get best results – even for non-scientific users.

Detect hidden objects quickly

For police, law enforcement and customs, hidden items are a potential threat as criminals seek to transport illegal substances, weapons, money, contraband and more undetected.

Until now, X-ray technology, which is costly to set up and operate, has been used to screen and locate these hiding places. Now, with X-ray backscatter imaging, there are new options. The HBI-Nighthawk is a handheld backscatter imager for on-site use. Without lengthy preliminary work, it is possible to see directly on the device display if there are any abnormalities in car doors, car tires, fire extinguishers, walls, etc.

Advantages of the HBI-Nighthawk:

• Detection of abnormalities in hard-to-reach hiding places.
• Easy to use, as the screen is directly integrated in the device
• Vehicles can be inspected quickly and efficiently
• Control of various objects for anomalies in the shortest possible time

The innovative MobileDetect system enables automated trace and bulk identification of psychoactive substances on-site. While the MobileDetect Pouch provides detection capabilities, the Mobile App supports interpretation of results. This new approach simplifies colorimetric narcotic testing.

The removable swab of the pouch acquires even slightest traces of a variety of surfaces - simply wiping is sufficient. If the swab is inserted into the pouch, the proven colorimetric reagents contained trigger a color reaction. Evaluation with the specially developed app for the smartphone is simple, secure, comprehensible and it documents the results. By decoupling detection and interpretation even inexperienced users can achieve reliable results. The following narcotics can be detected with MobileDetect Pouches:

• Opiates - such as Heroin, Morphine or Fentanyl
• Stimulants - such as Amphetamines, Cocaine or Meth
• Depressants - such as Barbiturates or Rohypnol
• Hallucinogens - such as Ecstasy, MDMA, K2 / Spice, Ketamine or Psilocybin
• Other drugs of concern - such as THC, synthetic cannabinoids or bath salts

The Mobile App can be downloaded to any Android or iOS smartphone. It uses proven algorithms that have been improved over many years. Cooperation partners from aviation (TSA, ECAC), defense (IHEODTD, DSTL) and investigative authorities (FBI, DEA) were involved in the development. The App also supports the user in choosing the right test kit and shows video tutorials for proper use.

Reliable identification and content determination of narcotics directly on site

The concentration of narcotics is crucial for law enforcement. Simple color tests, as used by police and customs up to now, cannot provide content determination. For the most part, they can only be used for individual substances. In addition, the substances have to be sampled, which involves a great risk. The NIRLab simplifies this procedure.

The NIRLab is a very small, robust, handheld spectrometer. It detects narcotics, precursors and blends and, with its sophisticated algorithm, also identifies the contents. Its small size makes it easy to take anywhere. The results are displayed on a "smart device" (e.g. cell phone, tablet or similar) within a few seconds.

The measurement can be performed through transparent containers. This minimizes the risk of contamination of sample, environment or emergency personnel.

Advantages of the NIRLab:

• Detection and quantification of BtMs, offcuts and precursors.
• Measurement possible through transparent packaging (e.g. PE bags, glass, etc.)
• Particularly robust, as developed for on-site use
• Reliable differentiation between THC and CBD

Maximum safety when handling unknown substances

When dealing with unknown substances, emergency personnel from the fire department, police, customs or military must be extremely careful. It is good to keep the greatest possible distance during identification. Until now, this was not possible because Raman or FTIR spectrometers, which are classically used for detection, require direct contact with the sample. 

The new Pendar X10 is a ground-breaking Raman spectrometer with a completely new measurement technique (SERDS). Together with new optical developments (stand-off measurement) and advanced evaluation algorithms (iterative analysis), an innovative analyzer for the identification of unknown substances has been created. This development has already received great recognition internationally as well as several awards.

Advantages of the X10:

• Optimal for the measurement of explosives
• Measurement from a safe distance to the substance
• Measurement of solid and liquid substances
• Does not ignite dark substances - easy measurement of black powder
• Light and handy - little ballast for the user
• Easy connection to remote manipulators
• Extremely low training requirements - particularly easy operation
• Removable handle for better integration into robotic systems