Argon's range of chemical warfare, HazMat and radiation protection training simulators enable your teams to practice with instruments that look, feel and behave exactly like the detectors they will need to use in a real CBRNe event - but without the restrictions associated with simulants, radiological sources and other active agents.
Through our close relationships with manufacturers, we offer training simulators for some of the most widely-used detectors on the market, including those from Smiths Detection, Proengin, Bruker Daltonics, Environics, Thermo Scientific and Mirion/Canberra.
Chemical hazard detection simulator for the Smiths Detection LCD3.2e responds to safe electronic sources helping maintain actual detectors for operational readiness.
Training simulator for the Proengin S4PE surface sampler and confidence tester. It looks and functions just like the actual S4PE used with the AP2C and AP4C detectors.
A simulator that provides instructors and students with training in the correct use of the Bruker RAID M / RAID M100 in virtually any scenario and environment.
A high fidelity simulator for the Smiths Detection M4 JCAD, to help you achieve operational readiness while preserving your real JCAD detectors.
This chemical hazard simulator for the Smiths Detection LCD3.3 and LCD3.3FR helps you preserve your real detectors for operational readiness and reduce sieve pack use.
A chemical hazard training simulator for the Smiths Detection GID-3 / M22 ACADA CWA detector that accurately simulates all the functionality of the real detector.
A simulator for the Environics ChemPro 100 / Chempro 100i that provides an interactive tool for training users to use the real detector.
CAMSIM is a chemical hazard detection simulator range for the Smiths Detection CAM to help readines and bring your CBRN / HazMat training exercises to life.
Argon’s AP4C-SIM chemical hazard simulation training systems for the Proengin AP4C simulates response to all substance channels using environmentally friendly sources.
Argon’s AP2C-SIM chemical hazard simulation training systems for the Proengin AP2C simulates response to all substance channels using environmentally friendly sources.
This high-fidelity simulator for the Smiths Detection M4 A1 JCAD helps you to preserve your real JCAD detectors for operational readiness and reduce sieve pack use.
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A practical guide to using simulators accompanied by a collection of tested example scenarios that can be applied to simulator based chemical warfare / HAZMAT exercises.
A radiation hazard detection simulator for the Mirion RADOS RDS-200 that responds to safe electronic sources that simulate ionizing radiation.
A simple, practical, easy-to-use Gamma radiation survey training simulator that enables you to experience real survey meters without the need for live radiation sources.
A NaI Gamma spectrometer radiation training simulator probe for use with the BNC/PGT SAM940, allowing for training without an ionizing radiation source.
A radiation contamination training simulator for the Thermo Mini 900 meter. It responds to safe, inexpensive simulated radioactive liquids and powders.
A radiation contamination training simulation probe for the Mirion GMP-11 that simply connects to your real Mirion RDS200 or the Argon RDS200-SIM.
A versatile simulation radiation detector probe for training in the use of Ludlum’s 44-9 GM pancake-type detector that can be used with a range of Ludlum meters and scalers.
Combines the RADSIM BG-SIM-P, the RADSIM A-SIM-P and the RADSIM B-SIM-P in a single case set for use with the Mirion / Canberra AN/PDR-77 and RDS100 survey meters.
The RADSIM B-SIM-P is a Beta radiation safety training simulator probe for use with the Mirion / Canberra AN/PDR-77 and RDS100 survey meters.
The RADSIM A-SIM-P is an Alpha radiation safety training simulator probe for use with the Mirion / Canberra AN/PDR-77 and RDS100 survey meters.
The RADSIM BG-SIM-P is a Beta / Gamma radiation training simulator probe for use with the Mirion / Canberra AN/VDR-2, AN/PDR-77 and RDS100 survey meters.
The DT616-SIM is a Beta / Gamma radiation training simulator probe for use with the Mirion / Canberra AN/VDR-2, AN/PDR-77 and RDS100 radiation survey meters.
The RIIDEye-SIM-NaI-P is a NaI Gamma spectrometer radiation training simulator probe for use with the Thermo RIIDEye, allowing for training with the real RIIDEye.
A radiation survey meter simulator for the Thermo FH 40 G providing operational experience of the real detector without an ionizing radiation source.
A radiation training simulator for the Thermo Scientific EPD-Mk2 dosimeter that replicates the user interface of the real dosimeter so you can deliver realistic training scenarios.
A large area contamination simulation 6140AD-K probe for the Automess 6150AD that responds to safe simulation radiation sources.
Argon's ADM300A V1B-SIM radiation training simulator is the ideal training instrument for your Canberra ADM300 series radiological survey missions.
First responder confidence is paramount to ensuring public safety in the event of radioactive contamination. Well-prepared responders can help prevent a dangerous situation from escalating. Download your free copy of our eBook below:
Wide area CBRNe / HazMat training system for realistic, interesting and revealing field and table top classroom exercises involving plumes and hot spot areas.
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A powerful, App-based CBRNe / HazMat training system that lets you deliver practical, highly engaging Commander and survey team table top and live field training exercises.
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Biological warfare or biological hazard simulation technology has been developed to simulate powder, liquid and airborne hazards.
A remote alarm system designed for use with the Smiths Detection GID-3 / M22 ACADA - alarm reporting software with alpha-numeric alarm report.
For occasional exercises Argon is able to provide radiation and chemical hazard detection simulation equipment rental to enhance your CBRN / HazMat training.
Argon offers comprehensive training in the use of all of its CBRN / HazMat simulators and systems so you can get the most out of the efficiencies they offer.
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