Our advanced respiratory system combines comfort, protection, and functionality. Its compact design integrates seamlessly with helmets and CBRN suits, while the airflow system reduces breathing resistance and prevents visor fogging. Offering excellent CBRN protection, it ensures safety in extreme temperatures and fits various facial profiles. With a universal filter connection and side-mounted design for unobstructed vision, it pairs perfectly with  NATO-spec filters for reliable performance in demanding conditions.

Crafted from a durable, puncture-resistant film composite that provides an exceptional barrier against over 125 chemicals, including chemical warfare agents (CWA) and toxic industrial chemicals (TIC). Trusted by professionals worldwide, including the U.S. Military, this rugged suit boasts an almost unlimited shelf life, unlike standard hazmat suits with a 5-10 year lifespan. Built with the same durable materials used in military-grade hazmat suits, the suit is a versatile CBRN solution, offering protection against biohazards, radiation, and chemicals in one comprehensive design.

Durable butyl gloves engineered for reliable, long-term use in a range of hazardous environments. With enhanced thickness, they offer proven protection against toxic industrial chemicals (TICs) and chemical warfare agents (CWAs). Inspired by the gloves trusted in laboratories and high-risk worksites globally, they provide robust defense against some of the most corrosive and caustic substances.

Provides instant access to an extensive library, including biotoxins, ensuring accurate and reliable results with ease. With wireless communication through app on your smartphone, it enables swift case report sharing in just seconds. Uniquely, our chemical identifier is the only handheld device compatible with military networks via ATAK.

Versatile, multi-mission handheld mass spectrometer designed for real-time chemical detection, trusted by elite responders worldwide for chemical, explosive, drug, and HazMat operations. It offers unparalleled ease of use across a range of sample types: solids like narcotics and explosives can be collected and analyzed with swabs, while liquids such as toxic industrial chemicals and certain chemical warfare agents are just as easily sampled. Vapors from highly volatile substances, including explosives and chemical warfare agents, can be analyzed instantly without manual collection. Similarly, aerosols, including airborne chemical threats and pharmaceutical agents, can be detected alongside other volatile targets seamlessly.

Designed to operate in both tactical and non-tactical settings. They measure prompt gamma, neutron, and residual gamma radiation, offering clear readouts via backlit displays and customizable audio-visual alarms. With integrated sleep modes to conserve battery life, these detectors are well-suited for deployment in vehicles, aircraft, and field operations. Infrared connectivity enables automated dose tracking and streamlined management of personnel exposure with minimal user input.

Versatile CBRN decontamination equipment designed for effective decontamination of personnel, vehicles, equipment, and terrain. It can operate autonomously with compatible accessories such as decontamination showers and lances, or be integrated into mobile or mass decontamination stations.

The decontamination products provide an advanced solution for effectively neutralizing chemical and radiological substances. Designed for convenience, they efficiently remove trace contaminants from skin and surfaces, ensuring a safer environment for personnel.

High-quality first aid autoinjectors designed for military use in field conditions. These autoinjectors enable rapid, effective treatment of nerve agent exposure, bleeding, and acute pain. The antidote range covers the most commonly used countermeasures against G- and V-series nerve agents as well as other forms of organophosphorus poisoning, ensuring broad protection in CBRN environments. Compact, durable, and easy to administer, these devices are built for fast response in high-stress scenarios.