Kkeut Oriental Clinic's Layering Treatment Process

1. Pre-treatment Preparation and Cleansing

• If necessary, cooling treatment or anesthetic cream is applied.

Kkeut Oriental Clinic Skin Booster 4-D Layering Program

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

• Step 1 Skin Booster Ampoule Application

Apply a thin layer over the entire skin (priming process) to help the epidermal layer react.

• Step 2 Skin Booster Ampoule Application

After shallow needling targeting the epidermis and upper dermis, the ampoule is applied.

• Step 3 Skin Booster Ampoule Application

Targeting the deep dermis that supports the skin structure, the needle depth is adjusted, and the ampoule is applied after the treatment.

• Step 4 Skin Booster Ampoule Application

Needling is performed focusing on areas that require improvement (e.g., deep pores, reduced elasticity, firm scar borders, etc.), followed by ampoule application.

3. Soothing Care

• The treatment concludes with soothing care using Jaungo modeling pack, etc.

Kkeut Oriental Clinic applies a 4-step layering process over a single treatment. This helps the skin booster ingredients spread evenly throughout the dermis and absorb effectively deep within. Kkeut Oriental Clinic's skin booster layering program is an equipment-assisted absorption treatment method designed to minimize potential discomforts such as bruising, swelling, incorrect injection, and hypersensitivity reactions.

Kkeut Oriental Clinic's Skin Booster Absorption Method: Layering Technique

Due to the particle characteristics of Olidia Myo, absorption can be difficult with simple topical application. Therefore, Kkeut Oriental Clinic employs a skin booster layering absorption technique using MTS (Microneedle Therapy System) and needle radiofrequency (Potenza RF) devices.

The average particle size of Olidia Myo is approximately 32㎲. This size allows for sufficient absorption through the micro-channels created by MTS and Potenza RF devices. The layering technique is used to reduce product loss during application and to help effectively deliver the ingredients deep into the dermis.

1) MTS Layering Technique

MTS creates microscopic pathways for ingredient absorption in the skin. Kkeut Oriental Clinic aims to increase ingredient absorption by finely adjusting the MTS needle depth through 4 layering steps.

• Epidermal Layer Priming Application

• Application targeting the epidermis to upper dermis after shallow needling

• Targeted application focusing on the Deep Dermis

• Customized targeted application for areas requiring improvement such as reduced elasticity, deep scars, or enlarged pores

Afterward, soothing care, such as a Jaungo modeling pack, helps reduce the burden of the treatment and ensures a comfortable finish.

2) Potenza RF Needle Radiofrequency Layering Technique

Potenza RF's precise micro-needles create uniform absorption channels in the skin. Subsequently, radiofrequency thermal energy is momentarily delivered, during which the surrounding tissue coagulates and contracts. This can help reduce fluid backflow (overflow) that might occur during conventional needle procedures. This contributes to minimizing product loss and helps effectively deliver the Olidia Myo ingredients throughout the entire dermal layer.

This treatment allows for a more uniform range of ingredient delivery, and especially when radiofrequency (RF) thermal energy and Olidia Myo (PLLA) are applied together, a positive effect on collagen production both inside and outside the skin can be expected. Similar to MTS treatment, customized needle depth adjustment is possible, and the treatment is performed with a 4-step layering technique that reaches deep into the dermis.

Kkeut Oriental Clinic considers each individual's skin condition, the degree of aging progression, and scar depth, appropriately combining MTS and Potenza RF for the treatment.

Why Kkeut Oriental Clinic Performs Treatments in This Manner

Olidia Myo is provided in the form of a high-concentration, high-molecular-weight PLLA powder, thus requiring a process of sufficient hydration with saline solution at a specified ratio to stabilize its viscosity.

If it is injected in a clumpy manner in one spot using a conventional injection method, or if difficulties arise in depth control, the product may clump together, leading to the formation of hard nodules. Even with careful hydration, conventional injection treatments may not be entirely free from the possibility of nodule side effects.

Therefore, Kkeut Oriental Clinic has chosen a delivery method that enhances the expected effects while reducing the possibility of nodule side effects.

Kkeut Oriental Clinic carefully considers everything from the product hydration process, unique viscosity control, creation of micro-channels, to the 4-step layering technique during treatment. This is to help ensure that particles do not clump and instead elicit a uniform and gradual response within the tissue. Maximizing expected effects and minimizing discomfort is Kkeut Oriental Clinic's treatment principle.

About Olidia Myo Skin Booster

Olidia Myo is an autologous collagen booster based on pure PLLA (Poly-L-lactic acid) combined with mannitol and CMC. Targeting the deep dermis, it can help improve the extracellular matrix (ECM) structure that supports the skin, going beyond simple surface skin improvement.

Key Ingredients of Olidia Myo (Total 121.7mg)

• Pure PLLA 50mg: A substance that helps stimulate autologous collagen and extracellular matrix production.

• Mannitol 41.7mg: Can help with freeze-drying protection and antioxidant action.

CMC 30mg is a natural thickener that helps maintain the stable viscosity of the treatment solution during injection into the body.

You might be wondering why 'atypical PLLA' is used instead of 'spherical'.

Typical spherical particles may interact somewhat slowly with macrophages. However, the atypical particles used in Olidia Mayo have a large surface area, much like well-polished small pebbles, which is advantageous for inducing effective macrophage attachment.

These particles are precisely sized to prevent cell damage. This activates M2 macrophages (TH2 cytokine secretion), and the signaling substances produced in this process can effectively stimulate fibroblasts in the skin to induce natural collagen and autologous tissue regeneration.

While typical PDLLA products (such as Juvelook) act closer to the skin's surface, providing gentle stimulation, Olidia Mayo works deeper in the dermis, remaining for a relatively long time to help stimulate collagen production.

Those who might consider the treatment

1. If your skin elasticity has decreased compared to before, and you are concerned about reduced elasticity deep in the dermal layer

2. Those who were not satisfied with the improvement of pores or deep acne scars after previous skin booster treatments

3. Those who expect natural density improvement through their own collagen production, rather than an artificial feeling

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

5. Those who have expectations for the effects of PLLA but felt burdened by the possibility of nodules or pain after injection treatments

6. Those who expect tightening and lifting effects that make the skin firm from within

What clinical evidence does Olidia Mayo have?

The properties of Olidia Mayo's ingredients have been confirmed through various research and academic data.

• According to the Nature Materials study, 'Physical approaches to biomaterial design,' the shape and geometric structure of particles influence macrophage responses. Atypical structures with a large surface area can contribute to efficient in vivo degradation processes while reducing cell stimulation.

• PLLA long-term clinical follow-up study results show that authentic PLLA ingredients can be maintained in the body for a relatively long period, from 9 months up to 24 months. This ingredient induces a gradual and sustained response, showing a tendency to promote collagen production for a longer time compared to PDLLA (DL-form).