A Protocol for Oily Skin with Post-Inflammatory Hyperpigmentation
Hospedales
this case illustrates one possible approach to building a protocol. The sequence of steps, treatment parameters, and home care are selected individually based on the skin's condition, the client's goals, and their response to treatment.
Main concern: post-inflammatory hyperpigmentation on a background of regular breakouts
Visible signs: pronounced oily shine, congestion, closed comedones, blackheads, post-breakout marks, uneven texture
Course: 2 sessions
Protocol goal: reduce oily shine, improve the look of congestion, even out texture, and reduce the visibility of dark spots
Why: to remove surface sebum and impurities and prepare the skin for the next exfoliation step.
What happens at the surface: cleansing removes excess surface lipids and product residue, creating a more evenly prepared surface for the next step.
Why: to complete the protocol with tone support and daily photoprotection.
What happens: azeloglycine is used in formulas to support a more even-looking, balanced tone, and daily SPF is especially important in protocols for uneven tone, since UV exposure can sustain the visibility of hyperpigmentation.
Why: to complete the active block with light-based support for breakout-prone skin.
What happens: blue LED was used as a support step for skin prone to breakouts, and red LED as a finishing step to support a calmer, more even look after the more intensive part of the protocol.
Why: to support a calm, balanced look of the skin after the active steps.
What happens in the skin: the plasma field forms above the skin's surface — with no contact heat or ablation. After the active steps, the skin looks calmer and more comfortable, and the surface appears cleaner and prepared for the finishing steps.
Why: to address visible post-inflammatory discoloration and uneven tone.
What happens: Mr. Lulu Succinic–Azelaic Powder Peel is designed to support a more even-looking tone and reduce the visibility of dark spots. The previous steps ensured a clean, evenly prepared surface before the active formula was applied.
Why: to continue surface refinement after the peel and extraction and prepare the skin for the tone-focused step.
What happens: the diamond tip gently resurfaces the stratum corneum while the vacuum simultaneously helps remove loosened corneocytes, excess sebum, and debris. This creates a smoother, cleaner surface before the next step.
Why: to clear the most visible congested areas after the preceding exfoliative preparation.
What happens: the previous peel helped soften surface buildup, so extraction could be performed with more control and less mechanical stress on the skin.
Why: to support exfoliation and prepare the congested areas for extraction.
What happens: salicylic acid interacts well with the skin's lipid environment. It supports the exfoliation of surface corneocytes and helps soften keratin and sebum buildup before extraction.
- post-inflammatory hyperpigmentation became noticeably less pronounced
- the skin appears significantly less oily
- closed comedones and blackheads are less noticeabl
- the texture looks more even
- post-breakout marks appear visually softened
First, the surface was cleansed and prepared. Then extraction and HydroDiamond® helped reduce visible congestion and make the texture more even. After that, the tone-focused peel worked on an already prepared surface.
Cold Plasma and LED completed the active block without additional mechanical stress.
It was this sequence that allowed a single protocol to address several visible concerns at once: oiliness, congestion, uneven texture, and post-inflammatory discoloration.
The Next Stage of Working on Texture and Tone