CBRNe / HazMat Training Simulator Products and Services

LCD3.2e Simulator

Chemical hazard detection simulator for the Smiths Detection LCD3.2e responds to safe electronic sources helping maintain actual detectors for operational readiness.

S4PE Simulator

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.

RAID-M 100 Simulator

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.

M4 JCAD Simulator

A high fidelity simulator for the Smiths Detection M4 JCAD, to help you achieve operational readiness while preserving your real JCAD detectors.

LCD3.3 Simulator

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.

CAMSIM CAM Simulator

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.

AP4C Simulator

Argon’s AP4C-SIM chemical hazard simulation training systems for the Proengin AP4C simulates response to all substance channels using environmentally friendly sources.

M4 A1 JCAD Simulator

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.

GID-3 Simulator

A chemical hazard training simulator for the Smiths Detection GID-3 CW detector that accurately simulates all the functionality of the real detector.

M22 ACADA Simulator

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.

MCAD-SIM Simulator

Argon Electronics' MCAD-SIM chemical hazard simulation training system allows you to safely and comprehensively train on the correct use of the Smiths Detection MCAD-SIM without external simulants or other consumables.

MultiGAS-SIM Simulator

Argon’s MultiGAS-SIM represents a new, innovative, and refreshing approach to implementing a Multigas meter training capability.

D-tect SYSTEMS RDS Radiation Training Simulator

Providing you with the most realistic radiological training possible, Argon's RDS-SIM training simulator accurately replicates the human interface and operational features of the US DoD approved D-tect SYSTEMS Radiological Detection System (RDS)

RadEye GF-10 Simulator

The RadEye GF 10 SIM responds to Radsim electromagnetic sources that safely simulate ionizing radiation. The simulator is built tactically and can be used in and outdoors.

AccuRad PRD Simulator

Argon's AccuRad PRD SIM is a highly realistic training instrument for Mirion's AccuRad PRD. It responds to accurate Radsim electromagnetic sources that safely simulate ionizing radiation.

SVG-2 Simulator

The SVG-2 SIM is a highly realistic, cost-effective training solution for the Thermo Fischer Scientific SVG2 detector.

HRM Simulator

The HRM-SIM, replicates the self-contained gamma-ray and thermo neutron radiation detector  from Sensor Technology Engineering.

FH 40 G Simulator

A radiation survey meter simulator for the Thermo FH 40 G providing operational experience of the real detector without an ionizing radiation source.

RDS-100 / PDR-77 / CDV 718 SimProbes

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.

AN/VDR-2 DT 616 SIM Probe

The RADSIM DT616-SIM is a Beta / Gamma radiation training simulator probe for use with the Mirion / Canberra AN/VDR-2, AN/PDR-77, RDS100 and CDV 718 survey meters.

ADM300A V1B-SIM

Argon's ADM300A V1B-SIM radiation training simulator is the ideal training instrument for your Canberra ADM300 series radiological survey missions.

RADSIM-SS3

A simple, practical, easy-to-use Gamma radiation survey training simulator that allows you to experience real survey meters without the need for live radiation sources.

RDS-200 Simulator

A radiation hazard detection simulator for the Mirion RADOS RDS-200 that responds to safe electronic sources that simulate ionizing radiation.

Tracerco PED+ Simulator

PED+SIM responds to Radsim electromagnetic sources that safely simulate ionizing radiation eliminating regulatory, environmental, and health and safety concerns for you and your students.

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Nuvia DolMo Radiation Hazard Detection Simulator

The DolMo-SIM survey meter simulator provides you with a training device that enables your students to experience every operational feature of the real Nuvia DolMo without the need to utilize an ionizing radiation source.

Ludlum 44-2 Simulator

The 44-2-SIM detector simulator probe set provides you with a training system that enables your students to experience the operational features of equivalent Ludlum 44-2 scintillation detector without the need to utilize real radiation sources or radioactive materials. 

Ludlum 133-6 Simulator

AN/PDR-77 Beta SIM Probe

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.

AN/PDR 77 Alpha SIM probe

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.

GMP-11 Simulator

A radiation contamination training simulation probe for the Mirion GMP-11 that simply connects to your real Mirion RDS200 or the Argon RDS200-SIM.

44-9 Probe Simulator

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.

Mini 900 Simulator

A radiation contamination training simulator for the Thermo Mini 900 meter. It responds to safe, inexpensive simulated radioactive liquids and powders.

6150AD-K Simulator

A large area contamination simulation 6150AD-K probe for the Automess 6150AD that responds to safe simulation radiation sources.

Nuvia CoMo 170 Contamination Training Simulator

The Nuvia CoMO 170 simulator is an Alpha / Beta radiation training simulator that provides you with a training system that enables your students to experience the operational features of the real detector without the need for real radiation sources or radioactive materials.

UDR-13 and UDR-14 SIM

UDR-13 and UDR-14 series radiation training simulators enable high reading dose and dose rate exercises to be executed safely without ionizing radiation sources.

EPD-MK2 Simulator

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.

Radsim GS4 Simulator

The Radsim series is so realistic your students will believe the source is live, yet is entirely safe, environmentally friendly and cost effective.

RadSim Source App

With nine pre-set activity levels, the Radsim Source App enables you to customise the simulated activity settings for your Argon GS Series simulation Gamma sources.

SAM940 Simulator

A NaI Gamma spectrometer radiation training simulator probe for use with the BNC/PGT SAM940, allowing for training without an ionizing radiation source.

RIIDEye-SIM-NaI-P

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.

PlumeSIM

Wide area CBRNe / HazMat training system for realistic, interesting and revealing field and table top classroom exercises involving plumes and hot spot areas.

PlumeSIM-SMART

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.

Bio Simulators

Biological warfare or biological hazard simulation technology has been developed to simulate powder, liquid and airborne hazards.

Simulator 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.