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Microcyn® technology, the groundbreaking innovation powering all MicroSafe® products. Born from over two decades of dedicated research, Microcyn® stands as the cornerstone of our solutions. Rigorously tested and certified by prestigious microbiology laboratories worldwide, its efficacy is unmatched.

Microcyn® swiftly combats and eradicates a spectrum of pathogens, including challenging antibiotic-resistant strains like MRSA and VRE, viruses, fungi, and spores. Notably, its non-toxic nature makes it as safe as saline, ensuring biocompatibility and harmlessness to both humans and the environment.

With registrations from esteemed regulatory bodies like the FDA, CE, and TGA, our Microcyn® technology provides the assurance of both safety and efficacy. Join us in embracing this transformative technology that sets the standard for protection and well-being.

How does our technology work?

Our Microcyn® technology (HOCI) works by disrupting the cell membranes of bacteria, leading to their destruction.

When bacteria comes into contact with MicroSafe®, the active ingredient, hypochlorous acid (HOCl) - penetrates their cell walls.

Once inside - it disrupts essential cellular processes - leading to cell death.

Additionally, our HOCl oxidizes key components within the bacterial cells, further damaging them.

This process effectively eliminates the bacteria, making MicroSafe® an effective antimicrobial agent.

COMPOSITION IS COMPLEX, APPLICATION IS SIMPLE

DISRUPTION OF THE CELL WALL.

Our MicroSafe® products target single-celled microorganisms, using hypochlorous acid to disrupt their cell walls. This process, called Cell Disruption or Cell Lysis, releases intracellular fluids containing desired molecules without harming our body's cells.

Cell Membrane

Cell Wall

Cytoplasm

Before MicroSafe

After MicroSafe

OSMOLYSIS – THE BURSTING OF THE CELLS.

Our MicroSafe® solution flows into cells, equalising osmotic gradients and causing osmolysis, where cells burst due to internal pressure. This physical effect effectively reduces pathogen load.