Heavy Metal Detox & pH Balance
This Package Includes:
Heavy Metal Detoxification & 1 Day pH Balance
What are Heavy Metals?
Heavy metals are any relatively dense metals or metalloids that are noted for their potential toxicity. These metals can bind to vital cellular components, such as structural proteins, enzymes, and nucleic acids, and interfere with their functioning. Symptoms and effects can vary according to the metal or metal compound, and the dose involved.
What happens when our body gets saturated with heavy metals?
Heavy metals couse:
- Malfunctioning of cellular process by replacing essential metals in the body
- Change in the balance of essential metals in the body which are required for motabolism
- Impairments in organ functions
- Increased risk of cancer


Heavy metals inhibit the healing process in the body for diseases such as Parkinson’s Disease and Diabetes. In short, toxicity associated with exposure to heavy metals, if unrecognized or inappropriately treated, represents a clinically significant medical problem and can event lead to death.
What is the heavy metals detoxification program ?
Combining technology from Germany, USA and Australia, this theraphy is only available at ff-IMT with Asia. Heavy metals that are already in our cells do not discharge from our body under normal detoxification program recruits metals from the cells and bind them to chelating agent so that they can be discharged from the body.
Treatment protocol:
Day 1-90 minutes Therapy involves consultation and health evaluation; pH balancing supplements and bioresonance therapy. During this therapy, you will also given supplements to bind free metals in circulation to move them into the kidneys for discharge.
Day 2-60 minutes bioresonance therapy

pH Balancing

All of our body fuctions ned a certain level of acids and basic compounds which detrmine our body acidity (pH). A pH of 7.4 is normal and guarantees optimal function of enzymes, energy producing units in the cells and communication between cells. When our body pH drops below 7.0, our enzymatic, metabolic and stem cell functions are substantially limited.

We address the metabolic, immunologic, endocrine and molecular stem cell functions which all have an optimal functional environment, if they face aerobic and balanced acid conditions.