Ipixel

The iPixel applicator divides laser energy into an array of multiple microbeams. In this way, point-distributed microcolumns of ablation and controlled thermal effect are created in the skin, surrounded by tissue that has not been directly exposed to the beam.

During the treatment, the following processes occur:

• selective absorption of energy by water – the 2940 nm wavelength exhibits high affinity for water, making it possible to precisely target hydrated skin structures;
• controlled epidermal ablation – microscopic fragments of tissue are vaporized, which initiates the renewal of the skin surface and the gradual evening out of its structure;
• creation of fractional treatment zones – the energy does not cover the entire surface at once, but forms regularly distributed microzones surrounded by preserved tissue;
• initiation of the healing process – the body triggers a natural repair response comprising the inflammatory phase, cell proliferation, and subsequent extracellular matrix remodeling;
• re-epithelialization – epidermal cells migrate from the surrounding microzones and skin appendage structures, rebuilding its protective barrier;
• fibroblast activation – controlled injury stimulates dermal cells involved in the synthesis and reorganization of structural support components;
• neocollagenesis and collagen remodeling – in the following weeks and months, new collagen fibers are formed and the skin's existing supportive framework is remodeled.

Therefore, the effect of the treatment does not stem solely from epidermal exfoliation. It is the result of combining controlled ablation with a multi-stage regenerative response that continues to develop long after the procedure is completed.

Laser resurfacing can be considered in individuals who expect more noticeable skin remodeling than after superficial skincare treatments and are prepared for a temporary healing period. Qualification is determined by a specialist after analyzing the type of lesions, phototype, health status, and previous therapies.

The most common indications include:

• fine and moderate wrinkles – especially when accompanied by reduced density, roughness, and an uneven skin surface;
• signs of photoaging – changes resulting from chronic exposure to UV radiation, such as uneven tone, superficial hyperpigmentation, and deteriorated texture;
• acne scars – primarily atrophic irregularities requiring the stimulation of controlled skin remodeling;
• other atrophic scars – the possibility of performing the procedure depends on the type, age, depth, and location of the scar;
• enlarged pores – especially when coexisting with an uneven surface, seborrhea, or post-inflammatory changes;
• superficial hyperpigmentation – after determining their type in advance and ruling out lesions that should not undergo laser therapy;
• uneven skin texture – including roughness, localized indentations, and surface irregularity;
• loss of firmness and elasticity – as part of a comprehensive skin quality improvement program;
• stretch marks – especially when the goal is to reduce their visibility and improve the structure of the surrounding skin;
• skin requiring intensive regeneration – provided proper qualification and the absence of contraindications.

Laser treatment does not eliminate the physiological aging process and is not always the best solution for every type of scar or discoloration. In some cases, combining resurfacing with other methods or choosing a completely different procedure may be more beneficial.

Results depend on the initial skin condition, the type of problem, the parameters used, the number of treatments, age, phototype, lifestyle, and the quality of post-treatment care. The goal of therapy is improvement, not guaranteeing the complete removal of every lesion.

After the treatment, you can expect:

• smoothing of skin texture – along with epidermal renewal, the surface may become more uniform, soft, and smoother to the touch;
• reduction in the visibility of fine wrinkles – progressive collagen remodeling can improve skin density and soften shallow lines;
• shallowing of acne scars – the edges of depressions may become softer, and the skin surface more even; deep scars usually require a series or combination therapy;
• reduced visibility of enlarged pores – the effect is primarily associated with the improvement of skin structure and surface tightness, rather than the permanent „closing” of pores;
• improvement in firmness and tightness – the gradual reorganization of the extracellular matrix can make the skin appear more compact;
• evening out skin tone – exfoliation and epidermal renewal can reduce the visibility of selected superficial pigmentation changes;
• reduction of roughness and unevenness – resurfacing promotes the renewal of the superficial skin layer and improves light reflection;
• reduction in the visibility of stretch marks – their texture and color may be softened, although they usually do not disappear completely;
• a fresher skin appearance – after healing is complete, the complexion may appear more uniform, well-rested, and luminous;
• improvement of overall skin quality – the combination of epidermal renewal and dermal remodeling can simultaneously affect texture, tightness, and tone.

The first difference in smoothness and surface appearance may be noticeable after peeling and redness subside. The collagen remodeling effect takes longer to appear – it usually develops over the following weeks and months. Improvement may still be visible several months after the procedure.

The longevity of results is individual. It is influenced, among other things, by sun protection, smoking, natural aging, hormonal balance, skincare routine, diet, and subsequent exposure to UV radiation. To maintain the effect, a specialist may suggest maintenance treatments or combination therapy.

How many iPixel laser treatments should be performed?

The number of procedures depends on the intensity of the parameters used and the problem being treated. Milder resurfacing may require a series, while a more intensive treatment usually involves a longer recovery period.

The treatment plan may include:

• a single, more intensive treatment for selected indications;
• a series of several procedures performed at intervals that allow full skin regeneration;
• combination therapy if scars or irregularities vary in structure and depth;
• a maintenance treatment performed after an individually determined period of time.

The final plan is created during the consultation. Results should not be assessed too early, as biological skin remodeling takes much longer than the healing of the epidermis alone.

The post-treatment reaction is a natural consequence of controlled ablation. Its intensity depends on the intensity of the therapy, the treated area, and individual skin characteristics.

Immediately after the procedure, the following may occur:

• redness and a sensation of intense heat;
• a burning sensation resembling a sunburn;
• swelling, especially around the eyelids;
• increased sensitivity and a feeling of skin tightness;
• pinpoint marks corresponding to the pattern of the microbeams;
• temporary darkening of the skin surface;
• dryness, peeling, and the formation of tiny scabs;
• intermittent itching occurring during regeneration.

The most visible stage of healing usually lasts a few days, but redness may persist longer, especially after a more intensive procedure. The exact recovery time is difficult to determine prior to skin assessment and parameter selection. Do not remove peeling skin or scabs on your own, as this increases the risk of discoloration and scarring.

Proper skin preparation reduces the risk of complications and supports predictable healing. Detailed instructions are established during the consultation.

Most commonly, it is recommended to:

• avoid sunbathing, tanning beds, and intentional exposure of the skin to intense UV radiation;
• use broad-spectrum SPF 50+ sun protection daily;
• inform the specialist about all medications, supplements, and topical products being used;
• report a tendency to herpes/cold sores – in selected cases, the doctor may recommend antiviral prophylaxis;
• temporarily discontinue irritating cosmetics, retinoids, acids, and peels, but strictly according to the specialist's recommendation;
• refrain from waxing, aggressive peels, or other skin-disrupting procedures immediately before the treatment;
• report recent antibiotic therapy, isotretinoin treatment, surgical procedures, and aesthetic medicine treatments;
• arrive for the procedure with healthy skin, without active inflammation, infections, or a fresh tan.

Do not discontinue medications prescribed by a doctor on your own. Decisions regarding pharmacotherapy should be made by an authorized professional after analyzing indications and potential risks.

In the first few days, the most important thing is to support the reconstruction of the epidermal barrier and protect the skin against irritation, infection, and UV radiation. The patient receives recommendations tailored to the intensity of the performed procedure.

After resurfacing, you should:

• cleanse the skin gently, in accordance with the instructions provided by the specialist;
• use only the recommended regenerating and protective products;
• avoid touching the skin unnecessarily and do not scratch off scabs or peeling epidermis;
• refrain from peels, retinoids, acids, alcohol in cosmetics, and other irritating substances until fully healed;
• avoid tanning and limit direct sun exposure;
• once approved by the specialist, consistently apply a broad-spectrum SPF 50+ sunscreen and reapply it regularly;
• temporarily avoid swimming pools, saunas, hot baths, and intense physical exertion if they may aggravate swelling or irritation;
• do not apply makeup until the time indicated by the practitioner;
• use clean towels and pillowcases, and limit skin contact with potentially contaminated surfaces;
• report increasing pain, purulent discharge, blisters, fever, rapidly increasing swelling, or other worrying symptoms to the clinic.

Sun protection is one of the most important elements of recovery. Neglecting it may increase the risk of post-inflammatory hyperpigmentation and worsen the quality of the achieved result.

The list of contraindications does not replace an individual consultation. The significance of certain diseases and medications depends on their type, stage, treatment area, and the patient's current condition.

The most important contraindications or situations requiring postponement of the procedure include:

• pregnancy and breastfeeding;
• active herpes simplex or other viral infection in the treatment area;
• bacterial and fungal skin infections;
• active inflammation, skin damage, open wounds, and severe irritation;
• fresh tan, sunburn, or recent intense UV exposure;
• uncontrolled chronic diseases that may impair healing;
• active autoimmune diseases or their exacerbation, depending on medical assessment;
• immune disorders or immunosuppressive therapy;
• uncontrolled diabetes;
• tendency to develop hypertrophic scars and keloids;
• impaired wound healing;
• cancer during active treatment or other situations requiring approval from the attending physician;
• suspicious, undiagnosed skin lesions in the planned treatment area;
• use of medications and substances that increase skin photosensitivity or affect its regeneration;
• current or recent treatment with oral isotretinoin – the timing of the procedure is determined individually by the physician;
• recent procedures that may have compromised the skin or altered its response to the laser;
• inability to adhere to post-treatment care and sun protection guidelines;
• unrealistic expectations regarding the therapy outcome.

The final decision to perform resurfacing is made by a specialist based on a medical interview and skin examination. In case of doubt, the procedure may be postponed or replaced with a safer method.