The TECHNOLOGY

Our innovative nano-particles coating technology transforms almost any medical device, fabric, filters or any type of surfaces into an antibacterial surface and can prevent biofilm. Such capability makes us safe, effective and long term antimicrobial protection provider within the healthcare industry.

A

The presence of bacterial colonies on Petri dish after bacteria incubation on cotton fabric for 1 hour

B

Elimination of bacterial colonies in Petri dish 1 hour incubation on cotton fabric that coated by NSC nanoparticles

Using our unique patented process and materials to achieve a long term antibacterial and antibiofilm properties, we have successfully achieved up to 8 log reduction of MARSA, KPC, E. Coli and other resistant bacteria – within minutes. Because the mode of operation is not based on leaching of the coating, we are able to achieve high antibacterial efficacy, over a long period of time.

Extensive clinical testing has also shown that our antibacterial coating is effective against drug resistant bacteria and biofilm such as MRSA, E. Coli, P. Aerugenosa and other types of gram positive and negative bacteria – many of which are widely found in hospitals and other health care facilities.

VRE bacteria

1. Inoculation of 10^8 CFU bacteria on a bandage without antibacterial treatment (Right).

2. Inoculation of 10^6 CFU bacteria on bandage getting a  total kill after 2 hours (Left).

KPC bacteria

1. Inoculation of 10^6 CFU bacteria on a bandage without antibacterial treatment (Right). 

2. Inoculation of 10^6 CFU bacteria on bandage getting a total kill after 2 hours (Left).

MRSA bacteria

1. Inoculation of 10^9 CFU bacteria on a bandage without antibacterial treatment (Right). 

2. Inoculation of 10^9 CFU bacteria on a bandage and got a total kill after 2 hours (Left).