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NANO-SCALE REGENERATIVE LIGHT TECHNOLOGY
RED LIGHT TECHNOLOGY
Red light technology in aesthetic dermatology is based on the targeted application of defined light wavelengths in the red and near-infrared spectral range (approx. 630–850 nm).
This photobiomodulatory stimulation activates cellular signaling pathways, supports mitochondrial processes, and promotes structure-related skin mechanisms – particularly in terms of collagen organization, elasticity, and microcirculation.
CELONIQUE combines photoactive systems with biomimetic active ingredient architectures to synergistically link device-based therapy and topical regeneration.
PHOTOBIOMODULATION & CELL STIMULATION
CELLULAR ACTIVATION
Red light in the therapeutic wavelength range is absorbed by mitochondrial chromophores – especially by the cytochrome C oxidase complex.
This light absorption can:
• support ATP production
• regulate oxidative stress
• modulate cellular repair mechanisms
In a cosmetic context, this contributes to improving skin structure, elasticity, and physiological balance.
BIOLOGICAL PRINCIPLES OF RED LIGHT STIMULATION
MITOCHONDRIAL ENERGY ACTIVATION
Red light supports energy-dependent processes within the cell and promotes physiological cell function.
COLLAGEN & ELASTIN MODULATION
By activating fibroblast signaling pathways, the structural organization of the extracellular matrix can be supported.
**MICROCIRCULATORY SUPPORT**
Local blood circulation dynamics are positively influenced, which can optimize the skin's nutrient supply.
STRUCTURE-RELATED SKIN MECHANISMS
DERMAL STABILIZATION
The controlled light energy interaction supports structure-related processes within the dermis.
In combination with regenerative active ingredient systems, an apparatus-supported skin regulation is created – suitable for professional aesthetic applications.
Defined Wavelength Interaction
Photon absorption
Targeted light energy in the red (approx. 630–660 nm) and near-infrared range (approx. 810–850 nm) is absorbed by cellular chromophores – especially within the mitochondria.
Energy-dependent cellular processes
Mitochondrial Activation
Light absorption can modulate the activity of cytochrome C oxidase and thus support energy-related metabolic processes within the cell.
Regulation of cellular mechanisms
Signal Modulation
Photobiological stimulation influences signal-dependent processes involved in regeneration, cell communication, and structural organization.
Collagen & Elastin Dynamics
Dermal Structure Support
Red light can modulate fibroblastic activity patterns and thus support structure-related mechanisms of the extracellular matrix.
Clinically inspired skin optimization
Visible skin improvement
In a cosmetic context, this manifests as improved elasticity, a more even skin tone, and increased radiance.
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PATENTED TECHNOLOGY
CELONIQUE ACADEMY
DEVICE-OPTIMIZED
CONTINUOUS INNOVATION
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