IMES
Infrared Modulated Energy Stimulation
The innovative method for targeted energetic infrared application
Visualize relevant energy points
Each point is linked to specific parameters and represents a functional connection within the body.
IMES
excl. VAT
This module is only compatible with the Biophoton Trigger Sensor 2.0
The IMES (Infrared Modulated Energy Stimulation) module is an innovative method for targeted energetic infrared application. By using a modulated infrared signal, the system enables differentiated and customizable stimulation of specific energy points on the body.
Modulated infrared technology
In contrast to conventional applications, IMES works with a modulated infrared signal whose parameters are dynamically adjusted. This modulation allows a finely tuned interaction with functional regulatory processes of the organism and supports an individually targeted application.
Precise point localization
The software visualizes all relevant energy points on an anatomical model. Each point is linked to specific parameters and represents a functional connection within the body.
Individual control and recommendation
The system calculates automatically for each energy point:
– Optimal application duration
– Modulation parameters of the infrared signal
– Degree of recommendation (in percent)
These values are based on the analysis and enable a targeted and comprehensible application.
Guided application
The module is intuitive and structured to use:
1. selection of a recommended energy point
2. positioning the infrared emitter on the marked spot
3. start the application with a click
4. automatic execution with time control
During the application, the progress is displayed visually and the user is guided step by step through the entire sequence.
Systematic energy stimulation
Through the combination of precise point localization and modulated infrared signal, IMES supports the targeted activation of functional areas. The application can help to regulate energetic imbalances and promote the functional stability of the organism.
| Options | IMES with biophoton trigger sensor 2.0 compact, IMES without biophoton trigger sensor 2.0 compact |
|---|
We deliver with DHL.
A solid partnership.
We have your orders delivered exclusively by DHL. Reliable. On time.
Synergy of MNLS and IMES
The combination of MNLS analysis(Multidimensional Nonlinear Spectrography) and the IMES (Infrared Modulated Energy Stimulation) module enables a holistic approach to functional evaluation and subsequent targeted application.
Analysis and targeted application
The MNLS system is used to identify functional abnormalities and energetic imbalances in the organism. The analysis visualizes specific areas that show increased stress or regulatory deviations.
IMES uses this information to target precisely these identified points and perform targeted energetic infrared stimulation.
From recognition to action
While MNLS is primarily used for analysis and localization, IMES takes over the active application:
MNLS → recognizes functional deviations and energetic stresses
IMES → enables targeted, modulated infrared stimulation of these areas
This sequence creates a structured transition from analysis to practical implementation.
Preventive approach
By identifying functional changes at an early stage, IMES can be used at an early stage. The application is therefore not only reactive, but also preventative, with the aim of compensating for energetic imbalances and supporting the body's ability to regulate itself.
Systemic integration
The close connection between MNLS and IMES allows the application to be continuously adapted to the current situation. This creates a dynamic process in which analysis and application are coordinated.
IMES studies
Test report
Effects of METAVITAL MNLS technology on cultured connective tissue fibroblasts and inflammatory cells
Test report
Effects of METAVITAL MNLS technology on cultured intestinal epithelial cells and inflammatory cells
Test report
Effects of METAVITAL MNLS technology on cultured neuronal and inflammatory cells
Test report
Effects of METAVITAL MNLS-based technology on cultured neuronal and inflammatory cells
Prof. Dr. Peter C. Dartsch on the latest cell biology studies on METAVITAL's MNLS technology.
In this expert interview, Prof. Dr. Peter C. Dartsch talks to Sophia about the latest cell biology studies on METAVITAL‘s MNLS technology.
The most important results:
- Improvement of cell vitality
- Significant increase in regeneration
- Protection against oxidative stress And this after just a single exposure of the cells.
Particularly exciting:
The studies show that technologies such as MNLS and biophoton technology can have measurable effects at the cellular level.
Outlook for the future:
Prof. Dr. Dartsch sees the potential for conventional medicine and METAVITAL technology to work together in the next 10-20 years.
You may also like…
Related products
