Kkeut Clinic's Layering Technique Procedure

1. Pre-Procedure Preparation and Cleansing

Cooling or anesthetic cream may be applied as needed.

Kkeut Clinic Skin Booster 4D Layering Program

2. 4-Step Skin Booster Layering Application (MTS or Potenza RF Treatment)

First Skin Booster Ampoule Application

It is applied thinly and evenly to induce a reaction in the epidermal layer of the skin. This is the priming process.

Second Skin Booster Ampoule Application

Light needling targets the epidermis and upper dermis, followed by ampoule application.

Third Skin Booster Ampoule Application

Needling is performed by adjusting the needle depth to target the 'Deep Dermis', which supports the skin, followed by ampoule application.

Fourth Skin Booster Ampoule Application

Needling is concentrated on specific areas the patient wishes to improve, such as deep pores, reduced elasticity, or firm scar borders, followed by ampoule application.

3. Post-Procedure Soothing Care

The skin is soothed and finished using a Jaungo modeling pack.

At Kkeut Clinic, a single procedure involves four layering steps. This helps skin booster ingredients spread evenly and absorb deeply throughout all layers of the dermis. This equipment-assisted absorption method is designed to reduce concerns such as bruising, swelling, injection errors, and hypersensitivity reactions.

Skin Booster Absorption Method Adopted by Kkeut Clinic: Layering Technique

Due to its particle characteristics, Olidia Mayo is difficult to absorb by simply applying it to the skin. Therefore, Kkeut Clinic utilizes MTS (Microneedle Therapy System) and needle radiofrequency (Potenza RF) to apply the skin booster layering absorption technique.

Olidia Mayo has particles with an average size of approximately 32μm. These particles can be absorbed through the microscopic channels created by MTS and Potenza RF. The layering technique is carefully applied during the procedure to reduce drug loss and deliver ingredients deep into the dermis, compared to simple topical application.

1) Layering Technique Using MTS

MTS creates microscopic drug absorption channels in the skin. At Kkeut Clinic, the depth of MTS needles is precisely adjusted in four stages for layering, which helps with the absorption of active ingredients.

Application to the epidermal layer for priming purposes

Ampoule application targeting the epidermis to the upper dermis after shallow needling

Ampoule application concentrating on the Deep Dermis

Ampoule application tailored to specific areas such as reduced elasticity, deep scars, or enlarged pores

Afterward, soothing care, including a Jaungo modeling pack, is performed to help comfort the treated area and reduce discomfort. This is an effort to lower the possibility of inflammatory reactions.

2) Layering Technique Using Potenza RF Microneedle Radiofrequency

Potenza RF creates uniform absorption channels in the skin with precise micro-needles. Subsequently, radiofrequency thermal energy is delivered for a short period. During this process, the tissue around the channels coagulates and contracts, which helps reduce fluid backflow (overflow) that can occur during typical needle procedures. This, in turn, helps minimize the loss of Olidia Mayo ingredients and ensures even delivery throughout the dermal layer.

Drug delivery can be more uniform than manual injection methods. Especially when radiofrequency (RF) thermal energy and Olidia Mayo (PLLA) work together, collagen production can be expected both inside and outside the skin. Similar to MTS, needle depth can be adjusted, allowing the procedure to be performed with a 4-step layering technique that reaches deep into the dermis.

At Kkeut Clinic, MTS and Potenza RF treatments are combined or selectively applied, taking into account the patient's skin condition, degree of aging, and scar depth.

Why Did Kkeut Clinic Choose This Treatment Method?

Olidia Mayo is supplied in a high-concentration, polymeric PLLA powder form. Therefore, a process of thoroughly mixing it with purified saline in an appropriate ratio to stabilize its viscosity is required.

If this drug is injected using a conventional syringe (manual injection) method, concentrating on one area, or if depth control is inadequate, there is a possibility that the drug may clump, forming hard nodules. Even with meticulous hydration, it is not easy to completely rule out the risk of nodule side effects with conventional injection procedures.

Therefore, Kkeut Clinic chose a 'stable delivery method' that can reduce the concern of nodule side effects while still expecting treatment efficacy.

At Kkeut Clinic, everything from the drug hydration process to internal viscosity control, micro-channel formation, and the 4-step layering technique is meticulously planned. This ensures that the particles spread evenly in the tissue without clumping, inducing a gradual response. Kkeut Clinic's treatment philosophy is to maximize effectiveness while minimizing potential risks.

Learn About Olidia myo Skin Booster

Olidia Mayo is a type of autologous collagen booster primarily composed of pure PLLA (Poly-L-lactic acid), combined with mannitol and CMC. This ingredient is designed to act on the deeper dermal layer (Deep Dermis) than typical skin boosters. Beyond simply improving the skin's surface, it can contribute to the restoration of the extracellular matrix (ECM) structure, which acts like pillars supporting the skin.

Olidia Mayo Ingredient Content (Total 121.7mg)

Pure PLLA 50mg: Known to aid in the production of autologous collagen and extracellular matrix (ECM).

Mannitol 41.7mg: Contributes to ingredient protection during lyophilization and is expected to have antioxidant effects.

CMC 30mg is a natural thickening agent. When injected into the body, it helps the treatment solution maintain a stable viscosity.

You might be curious why 'amorphous PLLA' is used instead of 'spherical'.

Traditional round spherical particles can take time for macrophages to react. In contrast, Olidia Mayo's amorphous particles have a shape similar to well-polished pebbles. This large surface area helps macrophages attach more easily.

The particle size is precisely designed. This helps cells accept the particles without damage and induces M2 macrophage activation (TH2 cytokine secretion). These signaling substances effectively stimulate fibroblasts in the skin, helping to abundantly synthesize your own natural collagen and autologous tissue.

Existing PDLLA products primarily provided gentle stimulation to the shallow layers of the skin. However, Olidia Mayo aims to remain in the deep dermis for a relatively longer period, leading to a more efficient collagen production response.

Candidates who may consider the treatment

1. Those with decreased skin elasticity, especially those desiring improvement in deep dermal elasticity

2. Those who were unsatisfied with improvements in pores or deep acne scars using conventional skin boosters

3. Those who desire natural improvement in skin density through their own collagen production rather than artificial-feeling fillers

4. Those concerned about both decreased elasticity and fine lines due to weakening of the skin's support structure (ECM)

5. Those who anticipate the effects of PLLA but have concerns about nodules or pain that may occur during injection procedures

6. Those who desire a feeling of elasticity from deep within the skin and satisfactory tightening and lifting effects

What are the clinical evidences for Olidia Mayo?

Several global research and journal data support the characteristics of Olidia Mayo's ingredients.

• Physical approaches to biomaterial design, Nature Materials: According to this study, the shape and geometry of particles affect macrophage responses. An amorphous structure with a large surface area shows that it can efficiently proceed with in vivo degradation while reducing cellular stimulation.

• PLLA Clinical Long-term Follow-up Study: Authentic PLLA ingredients can remain in body tissues for a relatively long period, from 9 months up to 24 months. Through this study, it was observed that a more effective and long-term collagen production (Long-term Effect) can be induced through gradual and sustained responses compared to PDLLA (DL-form).