What is special about DRHAZI?
The Difference Defined by Science
DRHAZI does not fit into existing categories.
It is not simply natural.
Not purely medical.
Not traditional luxury skincare.
It represents a new category:
High-Tech Natural Regenerative Dermatology
Where Cosmetics Become Biology
At DRHAZI, formulation is not composition.
It is biological architecture.
Our products are designed not to sit on the skin —
but to interact with its function.
This is where cosmetics evolve into regenerative systems.
The Bridge Between Nature and Biotechnology
DRHAZI operates at the intersection of:
– natural origin
– pharmaceutical-grade formulation
– advanced biotechnology
– cellular-level skin science
We do not choose between nature and science.
We integrate both.
The Core Technologies Behind DRHAZI:
The Active Base of Cellular Function
Why should the base of a formulation be passive?
At DRHAZI, even the solvent is active.
Deuterium-depleted water supports cellular metabolism and is associated with improved biological resilience. It acts as a functional medium — not just a carrier.
A Natural Antioxidant System
Instead of synthetic preservation systems, we use Totarol — a powerful natural antioxidant derived from the totara tree.
It helps:
– reduce oxidative stress
– support microbiome balance
– protect cellular structures
Stability becomes function.
Precision Targeting at Cellular Level
Active ingredients are encapsulated in skin-identical liposomal structures.
This enables:
– deeper penetration
– improved bioavailability
– prolonged activity
Delivery becomes intelligent.
Communication, Not Stimulation
Our formulations contain complex peptide systems designed to support:
– collagen synthesis
– structural organization
– tissue renewal
– neuromodulation
Peptides do not force change.
They guide it.
Luxury as Functional Science
Noble metals such as gold, silver and platinum are integrated in stabilized colloid-crystal systems.
They support:
– cellular vitality
– enzymatic activity
– synergistic peptide performance
Luxury becomes biological function.
