THE CODE OF REGENERATION
Where plant biology meets space technology.
At the heart of ReCutan™ 3D are active plant cells derived from the callus of Camellia sinensis. Cultivating them in a three-dimensional suspension system based on NASA RCCS technology produces bioactive metabolites and biological signals that can support the skin's natural regeneration processes.
ReCutan™ 3D Technology for your daily skincare. View product now → 
A combination of nature, cell biology and modern cultivation technology.
SKIN AS A LIVING SYSTEM
Regeneration begins where cells respond to their environment.
This is precisely where the ReCutan™ concept comes into play: in the biological environment in which plant cells are cultivated and in the metabolites that are produced during this process. The aim is not simply another plant extract, but a bioactive complex of active ingredients produced under controlled conditions.
WHY 3D?
Three principles define ReCutan™ 3D.
Biomimetic
The cultivation environment is modelled on biological conditions, thereby supporting cell communication that is as natural as possible.
Three-dimensional
The active ingredient is not produced as a simple plant extract, but from a three-dimensional bioactive suspension in specialised RCCS bioreactors.
Bioinformative
During cultivation, the plant cells produce metabolites that shape the characteristic active ingredient complex of ReCutan™ 3D.
THE PLANT-BASED FOUNDATION
Camellia sinensis: more than green tea.
The Camellia sinensis var. sinensis used is rich in catechins such as EGCG and ECG, as well as polyphenols and flavonoids. In cell culture, it is characterised by good stability and the consistent production of bioactive metabolites.
The callus used is undifferentiated plant tissue with a high degree of cellular plasticity. It is precisely this characteristic that makes it particularly interesting for controlled cultivation processes.
- high cellular plasticity
- strong production of bioactive metabolites
- stable epigenetic properties
- controllable cultivation conditions
NASA RCCS TECHNOLOGY
Microgravity as a unique cultivation environment.
ReCutan™ 3D uses the principle of the NASA RCCS – Rotary Cell Culture System. These bioreactors were developed at NASA Johnson Space Center to study three-dimensional cell cultures under simulated microgravity conditions.
CELLULAR RESILIENCE
Resilience begins at the cellular level.
Cellular resilience describes the ability of cells to withstand stress, maintain their stability and recover after stress. Within the ReCutan™ concept, the focus is on oxidative stress, epigenetic stability and biochemical communication.
Key focus
- epigenetic effect
- protection against oxidative stress
- support for the extracellular matrix
- physiological regeneration
- bioinformative cell communication
For the appearance of the skin
- greater radiance
- more even appearance
- skin that appears more compact
- fewer signs of environmentally induced stress
- support for sensitive or stressed skin
VISIBLE EXAMPLES
Skin appearance in a before-and-after comparison.
The following image examples show different cosmetic starting conditions and documented changes in the appearance of the skin.
Fine lines
Skin appearance & hydration
Appearance of pores
Sun-stressed skin
FORMULATION
A concentrated synergy of selected components.
Camellia sinensis
Callus extract as the central regenerative active ingredient complex.
Biomimetic peptides
Palmitoyl Oligopeptide and Palmitoyl Tetrapeptide-7 to support the matrix.
Hydration
Aloe Barbadensis, glycerin and Sodium Hyaluronate complement the skincare base.
INCI
Deionisiertes Wasser, Caprylic/Capric Triglyceride, Aloe Barbadensis Leaf Juice, Glycerin, Butylene Glycol, Carbomer, Polysorbate 20, Palmitoyl Oligopeptide, Palmitoyl Tetrapeptide-7, Phenoxyethanol, Caprylyl Glycol, Sorbinsäure, Sodium Hyaluronate, Sodium Hydroxide, Camellia sinensis Callus-Extrakt.
TECHNOLOGICAL FOUNDATION
RCCS and the underlying patents.
NASA RCCS
Rotary Cell Culture System for three-dimensional cell culture under simulated microgravity.
US20260055356A1
System for cell culture under reduced mechanical stress and simulated microgravity.
WO2024226725A1
International version of the corresponding patent.
RECUTAN™ 3D
Understand nature. Harness cell biology. Rethink technology.
ReCutan™ 3D combines plant biology with modern cultivation technology – for cosmetics that specifically support the skin's natural resilience and a healthy-looking complexion.