Special milling know how to reduce the size of solid ZEOLITE particles to very small dimensions to the micron (µm) scale, and even NANO scale and create ZEORE


    The process of making ZEORE zeolite clinoptilolite active, effective and functional through technology.


    The goal of separation is to extract, purify and concentrate ZEORE to achieve 10x times more effect in detox.


Resonance Vibration Technology, as applied to ZEORE's micronized and activated zeolite clinoptilolite, is an innovative and specialized approach to enhance the properties and effectiveness of natural minerals. Here's an explanation of how Resonance Vibration Technology is used in this context:

Natural Mineral Zeolite Clinoptilolite

Zeolite clinoptilolite is a naturally occurring mineral with a unique porous structure and a high surface area. It is known for its ability to adsorb and exchange ions. In its raw form, it offers several benefits, including detoxification and pH balancing.

Resonance Vibration Technology

Resonance Vibration Technology is an advanced method that involves subjecting the zeolite clinoptilolite to carefully controlled vibrations or oscillations. These vibrations are specifically tuned to match the natural resonant frequencies of the mineral.

Activation and Micronization

Through Resonance Vibration Technology, the zeolite clinoptilolite is activated and micronized. Activation, in this context, involves enhancing the reactivity and adsorption properties of the mineral, making it more effective in various applications. Micronization reduces the particle size to a very fine level, typically in the micron (µm) range, to increase surface area and improve the mineral's dispersion and absorption capabilities.

Benefits of Resonance Vibration Technology

Enhanced Effectiveness

Resonance Vibration Technology optimizes the mineral's structure, ensuring it works in perfect harmony with the human body's needs.

Increased Surface Area

Micronization leads to a significant increase in the mineral's surface area, improving its adsorption and ion-exchange properties.

Improved Bioavailability

The fine particle size enhances the mineral's bioavailability, making it easier for the body to absorb its beneficial properties.