We work in collaboration with the inventors of Microcyn® Technology
The Microcyn® Difference
The Microcyn® Technology is unique in many ways. It is:
- Developed and produced by Sonoma Pharmaceuticals (Nasdaq: SNOA), formerly Oculus Innovative Sciences Inc. (Nasdaq:OCLS), a U.S. listed biopharmaceutical company(GMP) under continuous refinement for over 16 years.
- The original and very first hypochlorous acid (HOCl) introduced into the U.S. advanced wound care market.
- World’s best-selling hypochlorous (HOCl) wound treatment product healing over 5 million people, without any significant adverse events.
- Used daily in over 20 countries and over 400 hospitals in the U.S.
- Its unique solution chemistry is proven safe and effective in helping to reduce itch, scarring, inflammation, skin infection and improved healing in over 40+ clinical trials.
- Patented by 53 issued patents and 109 pending patents worldwide.
- Has obtained 16 FDA (U.S. Food and Drug Administration) and 20 CE (Conformité Européenne) approvals.
- Registered under MDCO (Medical Device Control Office) in the Department of Health of Hong Kong for Microdacyn60.
Microcyn® Technology has obtained 16 FDAs and 20 CEs
"No other hypochlorous acid on the market can weigh in with comparable claims. Not one."
- Sonoma Pharmaceuticals (Formerly Oculus Innovative Sciences Inc.)
Safe
Contains 95% water and HOCl.100% natural. HOCl is naturally produced in the body to combat infections and promote wound healing.
Simple
Application is simple. Simply shake and spray on affected area at least 3 times daily.
Effective
Promotes skin healing. Reduces scarring, itch, inflammation and infection. Eliminates 99.99% harmful viruses, bacteria and fungal organisms within 30 seconds.
Broad
Kills a spectrum of antimicrobials and resistant strains such as H7N9, N5N1, MRSA, Straph and Strep, S. Aures and E. Coli.
Consistent & Stable
Formulation consistency and stability achieved through the patented Microcyn® manufacturing process. Other similar HOCl products cannot come close in matching its stability.