A safe, non-invasive solution that targets the root cause of treatment-resistant infections
Chronic wounds affect millions worldwide and often resist conventional treatment
Antibiotic resistance is one of the top 10 global health threats facing humanity
Current solutions are expensive, painful, and fail in 40-60% of cases
60-80% of chronic wounds contain biofilms - protective bacterial layers that are 1,000x more resistant to antibiotics
Biofilms are like bacterial fortresses. Think of them as a sticky shield that bacteria build around themselves to survive.
Existing treatments attack bacteria directly → bacteria adapt and resist
We attack their survival mechanism → resistance is unlikely
Electromagnetic technology that starves bacteria without harming healthy tissue
No surgery, no chemicals, no drugs. Completely safe electromagnetic treatment
We prevent bacteria from getting the iron they need to survive and multiply
Bacteria cannot develop immunity to iron starvation - it's essential for their survival
Proven results from Bar-Ilan University research showing over 70% bacterial reduction
Our novel electromagnetic system prevents bacteria from absorbing iron, causing them to starve and die
Integrated healing technology that accelerates tissue repair and wound closure - proven safe for over 20 years
Simple, safe, and effective treatment in 4 steps
Our device creates a safe electromagnetic field around the infected area - no direct contact needed
The field causes gentle vibrations in the molecules bacteria use to capture iron
Without iron, bacteria cannot maintain their protective shield or survive
As bacteria die, our PEMF technology helps your body's natural healing process work faster
No heat - The treatment doesn't raise tissue temperature
Selective targeting - Only affects bacterial iron uptake, not human cells
No radiation - Uses safe, low-frequency electromagnetic fields
No side effects - No chemicals or drugs introduced into the body
Validated by leading research institutions
Research conducted by Prof. Ehud Banin, a global biofilm expert, demonstrated significant bacterial reduction in laboratory testing against resistant bacterial strains.
Phase 2 optimization studies targeting ≥90% reduction are planned for 2026
Bacteria develop resistance to drugs. They cannot develop resistance to iron starvation.
More comfortable, portable, and targets the bacterial cause, not just fluid removal.
No chamber required. Treatment can be done anywhere, anytime.
60+ years of combined medical device expertise
CEO
Serial MedTech entrepreneur with 4 successful exits including Syqe Medical (to Philip Morris), SteadyMed (to United Therapeutics), and VersaMed (to GE). Registered 5 patents and secured multiple FDA clearances.
Chief Scientist
PhD in Biology, Postdoc at Yale University. Prof. Emeritus with 25+ years as senior researcher and 69 peer-reviewed publications. Expert in cellular biology and immunology.
CTO
30+ years medical device R&D experience. Co-inventor of 4 US patents. Former CTO at OrthopCure and Venus Concept specializing in electromagnetic therapy devices.
CMO
Tina brings over 20 years of experience in international marketing, sales management and operations in medical device companies and medical institutions.
R&D
Engineering and technology. Vadim brings over 30 years of experience in medical device engineering, strategy and R&D.
Understanding iron's critical role in bacterial biofilms
Iron ions act as a double-edged sword: on one hand, they enable cellular metabolism and survival, and on the other hand, they can cause ferroptosis—cell death caused by iron overload. This death can occur in cells including bacteria, due to Fenton reaction with ferric ions, which can lead to production of reactive oxygen species (ROS).
Blocking iron entry into the bacterial biofilm is a strategy adopted by many scientists to hinder biofilm creation. A large body of evidence shows that removal of iron by chelators can reduce biofilm and can improve healing caused by infectious bacteria.
When iron entry into bacteria is blocked, it does not only cause biofilm disturbance, but also an increase in the mechanism(s) of iron absorption, like increase of siderophore production and export.
Fe- Free Medical Technologies has developed a novel electromagnetic approach that prevents bacterial iron uptake at the molecular level, disrupting biofilm formation without the use of chemicals or drugs.
This innovative mechanism targets the fundamental survival requirement of bacteria—their need for iron—making it virtually impossible for them to develop resistance.
For a comprehensive understanding of the scientific principles behind our technology, download our complete research paper on iron depletion in bacterial biofilms.
Download Research Paper (PDF)Iron is essential for bacterial metabolism, biofilm formation, and quorum sensing mechanisms
Bacteria cannot develop immunity to iron starvation—it's a fundamental survival requirement
Our technology prevents siderophore-iron binding through targeted electromagnetic fields
Over 70% bacterial reduction demonstrated in controlled laboratory studies
Interested in learning more about Fe- Free technology?