BioSafety International

Equipment for routine decontaminations of rooms, processing vessels, isolators, pass-through chambers, biological safety cabinets, and other applications using chlorine dioxide gas.

The Minidox-M is a chlorine dioxide gas generation system designed for use in pharmaceutical, manufacturing, laboratory, or research settings. It sterilizes volumes up to 2000 m3 including rooms, isolators, passthroughs, tanks, cleanrooms, and lyophilizers.

Mystaire MY‑PCR prep stations are compact laminar flow enclosures that reduce the risk of sample contamination while performing polymerase chain reaction experiments. They provide process protection from airborne contaminants with constant positive pressure HEPA filtered air and include a built-in 254 nanometer shortwave lamp for decontamination.

Multi-function Hybrid Hydrogen Peroxide (HHP) Generator designed for portable, powerful, and scalable decontamination in biosafety labs, biopharmaceutical spaces, and advanced research facilities.

A chlorine dioxide gas generation solution developed by the US military, formulated to meet NSF/ANSI 49 Annex G 2009 and AS 2243.3/AS 2252 requirements for biological safety cabinet decontamination.

Mobile and modular laboratories designed for biosafety applications, providing controlled environments for healthcare, research, and life science sectors.

Class III Glovebox. Designed to Handle Hazardous Microbiological Agents or Pharmaceutical Potent Compounds.

Decontamination system using hybrid hydrogen peroxide technology for contamination control in controlled environments.

Compounding Aseptic Isolator (CAI). Designed specifically for ultimate product protection of non-hazardous drugs.

Chlorine dioxide gas is used for safe and effective decontamination of food processing and filling lines, holding tanks, equipment, and rooms. It is gentle on materials and approved by the FDA for antimicrobial fruit and vegetable rinses in gaseous and liquid states.

Vertical-Flow Recirculating Clean Bench. Provides vertical, unidirectional and controlled airflow over the entire work surface, while reducing energy consumption, noise and airflow turbulence.

BSL-3 laboratory integrated into a 20 / 40-ft standard maritime container, accompanied by 2/4 airlocks and a technical room.

A carbon based scrubbing system for removal of chlorine dioxide gas, ideal for small applications such as isolators, biological safety cabinets, sterilizers, and small pass-through rooms.

BSL-2 laboratory integrated into a 20 / 40-ft standard maritime container, accompanied by 1 airlock and a technical room.

Animal Transfer Station Clean Bench (Horizontal Flow). Provides HEPA-filtered airflow across the work area, and a particulate free work surface. Ideal for laboratory animal research applications where clean air and product protection are essential.

Aseptic Contamination Enclosure. Optimum personnel & environmental protection.

Walk-in Equipment Containment Enclosures. Designed expressly for high volume robotic and equipment applications.

A wide range of treatment systems for solid regulated infectious waste, designed for hospital sharps and red bag waste, single-use biopharmaceutical manufacturing, to high-containment waste such as animal bedding.

The RMWXstream™ system is designed specifically with healthcare facilities in mind, to treat regulated medical waste. It offers safe handling, reduces capital and operational costs, and treats red bag waste on-site, rendering treated material as common municipal waste.

Chlorine dioxide gas chemical indicator strips that provide visual confirmation of chlorine dioxide gas presence by changing color from purple to pink.

Animal transfer station with ISO Class 3 airflow, Active Barrier Containment system, ergonomic design, and multiple optional accessories for enhanced protection and usability.

Animal Transfer Station. Confidence you can rely on.

Sealed Negative Pressure Individually Ventilated Cage (IVC) system designed for biocontainment housing with certified HEPA filtration and patented 4-point seal technology.