EyeLift™ Family Gift Set 2.0

Mechanism of Red Light Laser

RejuvaWaveTech™ utilizes Red Light Laser, specifically engineered for optimal wavelength and intensity to penetrate the epidermal and dermal layers.

This activation stimulates fibroblasts, the primary cells responsible for collagen biosynthesis, thereby enhancing dermal matrix remodeling.

Increased collagen deposition improves skin turgor, elasticity, and resilience, while concurrently mitigating the appearance of periorbital wrinkles.

The enhanced microcirculation induced by red light therapy also facilitates increased oxygenation and nutrient transport, promoting cellular repair and optimizing tissue regeneration.

Microcurrent Stimulation and Muscle Rejuvenation

The microcurrent component of RejuvaWaveTech™ employs low-amplitude electrical currents that mimic the body's endogenous bioelectrical signals, facilitating neuromuscular stimulation.

This stimulation engages the facial muscles around the periorbital region, promoting tonicity and structural support to the overlying skin.

The technique enhances lymphatic drainage, reducing interstitial fluid accumulation and periorbital edema.

Over time, the treatment modulates muscle function and contributes to improved muscle tone, leading to a more defined and lifted appearance.

Synergistic Approach for Comprehensive Rejuvenation

The integration of Red Light Lasers and Microcurrents in RejuvaWaveTech™ creates a synergistic effect that targets both the skin and the underlying musculoskeletal architecture.

While Red Light Lasers focus on cellular repair and collagen matrix enhancement, Microcurrents address the musculoskeletal and lymphatic components, reducing puffiness and sagging.

This dual-modality treatment offers a holistic approach to under-eye rejuvenation, providing both short-term reductions in periorbital edema and long-term dermal restructuring, without the invasiveness of surgical interventions.

Red Light Lasers: Cellular Repair and Collagen Synthesis

Topical creams and injectable fillers often focus on superficial hydration and restoring volume, addressing only the epidermal layer of the skin.

In contrast, Red Light Lasers penetrate deeply into the dermis, where they stimulate fibroblasts to significantly enhance collagen synthesis.

Collagen production can increase by up to 83%, improving the structural integrity of the dermal matrix, leading to enhanced skin elasticity and reduced laxity.

Additionally, the lasers improve mitochondrial function, boosting cellular energy (ATP) levels, which accelerates skin repair and regeneration.

This contributes to longer-lasting improvements in skin firmness and the reduction of fine lines, beyond what fillers or creams can achieve.

Microcurrents: Muscle Rejuvenation and Fluid Regulation

Microcurrents complement Red Light Lasers by working on the neuromuscular level.

Low-level electrical currents stimulate the muscles around the periorbital area, improving muscle tone and providing structural support to the skin above.

This process enhances lymphatic drainage, removing excess interstitial fluid from the area by up to 91%, which significantly reduces puffiness.

Over time, this leads to a firmer, more lifted appearance around the eyes.

Unlike surface treatments, microcurrents target the muscular system, facilitating deeper and more long-lasting results through enhanced lymphatic flow and muscle tonicity.

Non-Invasive, Long-Term Benefits

Unlike invasive procedures such as blepharoplasty surgery, or temporary solutions like injectables, this combination treatment is non-invasive and pain-free.

It addresses the root causes of under-eye puffiness (poor circulation, reduced collagen, muscle laxity, and fluid retention) — without downtime or surgical risks.

The focus on both the skin and muscle layers ensures sustained improvements, rather than temporary symptom relief, providing a long-term, cumulative effect on overall skin and tissue health.

Biological Mechanisms Behind Under-Eye Puffiness

Under-eye bags, or periorbital puffiness, arise due to a combination of internal and external factors.

As the skin ages, the production of structural proteins like collagen and elastin declines, leading to a loss of dermal thickness and elasticity.

This weakening makes the skin more prone to sagging and wrinkling, particularly in the delicate periorbital area.

Aging also impairs the skin’s ability to regenerate effectively, compounding the thinning process.

External lifestyle factors, including chronic sleep deprivation, a poor diet, and smoking, exacerbate these effects.

These factors increase oxidative stress and further break down collagen, leading to premature skin aging.

Genetic predispositions, hormonal fluctuations, and conditions like allergies or thyroid imbalances can worsen puffiness by contributing to inflammation and fluid retention.

Ultraviolet (UV) exposure accelerates the degradation of collagen and elastin fibers, hastening the onset of periorbital aging.

Anatomical Changes and Fluid Dynamics

The orbital septum, a thin fibrous membrane responsible for maintaining fat pads in place around the eyes, weakens as part of the natural aging process.

This results in fat herniation, where the fat protrudes and creates the characteristic puffiness associated with under-eye bags.

This fat displacement is a major contributor to the formation of visible bags beneath the eyes.

Simultaneously, slower lymphatic drainage and capillary leakage lead to fluid retention in the periorbital area.

The reduced efficiency of the lymphatic system impedes the removal of excess fluid, causing swelling.

Over time, this fluid accumulation, along with fat herniation, compounds the appearance of puffiness and contributes to the persistent formation of under-eye bags.

Comprehensive Clinical Study

A clinical study was conducted to assess the efficacy of a combined Red Light Laser and Microcurrent treatment for reducing under-eye puffiness and skin laxity.

The study involved 40 participants, who underwent 10 treatments over a 6-week period.

Quantitative Measurements and Results

Results from this study showed that 78% of participants experienced a significant reduction in under-eye puffiness and skin sagging.

Skin elasticity and collagen production, demonstrated a 83% improvement, as verified through skin biopsies and immunohistochemical staining, which provided detailed insight into the structure and density of collagen fibers.

Participants also reported smoother, firmer skin, reflecting the subjective improvements they noticed.

Biopsies and Post-Treatment Evaluation

Biopsies from 7 participants revealed a marked increase in collagen fiber density and organization when analyzed under electron microscopy.

The final evaluations, conducted 10 weeks post-treatment, used a combination of digital 3D imaging, profilometry, and collagen analysis to measure the changes in skin volume and structural integrity.

These objective tools verified that the combination of Red Light Lasers and Microcurrents not only reduced puffiness but also strengthened the dermal and muscular layers, promoting long-lasting under-eye rejuvenation.

The study concluded that this dual-modality treatment addresses both the superficial and deeper layers of the skin, offering a non-invasive and long-term solution for under-eye bags and puffiness.

Read on official website of National Center for Biotechnology Information of the United States government