RS Dynamics LLC products

The miniEXPLONIX uses the unique IRSSIL-D technology for fast and precise detection of explosive traces in a wide field of operations. The detection capability covers a wide range of explosives, including homemade explosives as well as non-tagged explosives. The miniEXPLONIX has an internal calibration system and fast cleaning times that are ahead of competing products. With its miniaturized size, robustness and precision, the miniEXPLONIX is a tool for real field/military use. In combination with its low maintenance costs and minimized consumables expenses, the miniEXPLONIX is way ahead of its competitors, combining clinical advantages with low total ownership costs. This brings a total new experience for easy, cost-effective and reliable field use.

The EXPLONIX uses the unique IRSSIL-I technology for both fast and precise detection and the identification of explosives traces, gunshot residuals and radioactive contrabands in a wide field of operations. Its detection and identification capability covers a wide range of explosives, including homemade explosives as well as non-tagged explosives, gunshot residuals and radioactive contrabands from military and industrial sources.

Identifies the widest spectrum of substances in solid and/or liquid form, including explosives, narcotics, chemical warfare agents, pharmaceutical products, hazardous materials and food additives, chem residues. More than 24 000 substances in the libraries, customer adding of unknown compounds available. Advanced mixture identification due to sophisticated determination algorithm. Extremely user-friendly and intuitive operation via touch-screen. Heavy-duty robust case designed for the hardest field/military conditions. Robotic integration includes full remote wire-less operation. Large colour display with self-explanatory graphic output.

The Complete Solution for In-Situ Soil and Groundwater Contamination Surveys. ECOPROBE 5 is the unique tool for: Detection, delineation and monitoring of hydrocarbon and other organic contamination of soils and/or water table from fuel spills. Fast and convenient monitoring of UST and pipe-lines for leakage. Waste dumps & agricultural waste measurement. Monitoring of contaminant plume migration. Monitoring of in-situ bio-remediation processes. Detection and monitoring of Methane effluence over closed coal mines. Detection and monitoring of gaseous toxins in industrial plants and agriculture. Detection and monitoring of contaminant effluents from various fittings sealing in chemical/petrochemical industry. Meets EPA 21 standards. Air pollution monitoring.

Infrared Spectroscopy is principle for organic and inorganic chemistry analysis using infrared light interacting with a molecule. Infrared spectroscopy exploits the fact that molecules absorb specific wavelength of the light that are characteristic of their structure. Selected molecules have specific resonant frequencies where the absorption of radiation with proper wavelength is significantly higher in comparison to other part of spectra. Level of the absorption on given wavelength can be precisely measured and recalculate to amount of the substance of interest. By transmitting a beam of IR radiation through the air , or through any particular gas volume, and recording how much is transmitted at selected spectral lines, one may decide which gases are present and how much of each.

A PID uses an ultraviolet light source (various wavelength to various applications – (9.6 eV, 10.6 eV and 11.7 eV) to break down chemicals to positive and negative ions (Ionization) that can very sensitively be measured with a detector. It measures the charge of the ionized ions and converts the signal into electric current in pico-ampers. The current is then amplified and software recalculated into “ppb – ppm or microgram/m3 – to miligram/m3 (depending to the molecular weight of the molecules)” units.