BUY ONLINE - Bioluminis Filter Med 1+/-

Description

When the flow of luminous information is not clearly oriented, energetic communication can become diffuse and inefficient. This lack of direction affects internal coherence and hinders natural regulation and balance processes. In many cases, what is missing is not intensity, but precision in the orientation of the energetic flow.

The Bioluminis MED 1+/- Filter has been designed to accompany photoreactivation and basic bioenergetic regulation, acting through a continuous transmission of information based on biophotons. It incorporates a directional arrow that functions as a tuning guide, allowing precise orientation of the energetic flow within the cellular space.

Within the Bioluminis system, this filter holds a fundamental position as a base tool, providing stability, continuity and coherence from the point of placement (bioreceptor), facilitating a clear connection between energetic emission and reception.

ESPECIALLY INDICATED WHEN:

• Starting with Bioluminis
• Looking for a general-purpose base filter
• Needing precise orientation of the energetic flow
• Working with photoreactivation or polarization processes
• Seeking a stable and continuous filter to accompany other filters

BENEFITS

• Accompanies natural bioenergetic regulation
• Supports classical photoreactivation
• Allows precise orientation of the energetic flow
• Provides energetic stability and coherence
• Facilitates energetic pulse reading
• Ideal as a base filter within the Bioluminis system

USE FOR NON-PROFESSIONALS

The Bioluminis MED 1+/- Filter may be used by non-professionals as support for wellbeing and conscious self-care. For correct arrow orientation and proper integration within the system, consultation of the Bioluminis Atlas is recommended.

LEGAL NOTICE

This product is not a medical device and does not replace professional healthcare. It does not diagnose, treat or cure diseases. Its use accompanies natural processes of balance, regulation and wellbeing through luminous information based on biophotons.