Picosecond laser toning techniques for successful melasma treatment

Coming off the heels of summer sun and heat, for many, skin is left irritated, sensitive and exposed to an environment that tends to increase pigmented lesions. In nature, the intense summer sunlight plays a role in creating beautiful varicolored autumn leaves, but on our faces or skin, it can cause unpleasant mottled pigments. And when left untreated, the affected area will become much darker.

Melasma is an acquired pigmentary disorder that appears on both sides of the face, primarily on the forehead, malar areas and chin as diffuse and symmetrical grayish-brown patches in various sizes. It is distributed in different layers of the skin from the deep dermis to superficial epidermis, and although the exact cause has not been clearly identified, multiple factors including genetics, pregnancy, hormones, ultraviolet rays and stress, have been related to onset of these lesions.

Due to this, it remains difficult to make a full recovery and there are high recurrence rates. To prevent unexpected side effects and minimize risk of rebound pigmentation, treatment should comprise a combination of modalities that are safe and do not cause further irritation. Doctor mainly use picosecond laser toning to treat melasma and pigmented lesions. Multiple passes of low-fluence laser light at 1064 nm via a large spot size leads to gradual improvements. Picosecond laser melasma toning is an FDA-cleared versatile. Picosecond's ultra-short pulse duration and high peak power enable more effective and safer treatment with lower pain and shorter downtime than conventional Q-switched nanosecond lasers. Bestview Laser is a OEM picosecond laser machine manufacturer, we have picosecond laser tattoo removal machine for sale.

Picosecond laser for numerous indications. It also facilitate treatment of a wide-range of dermatologic conditions, such as pigmentation, multi-colored tattoos, various types of scars and skin rejuvenation (improvement of enlarged pores, fine lines, uneven skin texture and tone). A fractional handpiece consisting of multiple microlens array, enables focused laser light at the center of each fractionated micro- beam area and delivers high-power density into the tissue (epidermis and/or dermis). Unlike conventional ablative fractional lasers, which remove the entire epidermis, it leaves the skin's surface intact and enables basement membrane integrity.

The high-peak power pulses formed by Picosecond create transient cavitation bubbles below the skin called laser-induced optical breakdown (LIOB). After this, neocollagenesis, neoelastogenesis and mucin formation are stimulated through the natural healing process, and dermal remodeling also occurs in the damaged area. As a result, skin rejuvenation effects are induced by improving the overall dermal environment.

Moreover, pigmentation can be more finely and safely fragmented, since a photomechanical effect is dominant rather than a photothermal effect due picosecond's short pulse duration.

Based on these mechanisms, the laser toning using picosecond. If you want to focus more on removing an over-abundance of melanin particles, you can try Picosecond toning. Since melasma has complex dermal and epidermal pigments, many dermatologists recommend simultaneously removing unwanted pigmentation and improving the dermal environment of underlying skin health to manage melasma. This therapeutic strategy can be put into practice with the picosecond toning techniques.

By the third treatment session the size of the pigmented lesions will be much smaller and after that, concentration is also lighter than baseline. To maximize the therapeutic results, combine the Toning techniques with injections of low- dose tranexamic acid or application of regenerative cosmeceutical ampoules that contain EGF, FGF, tranexamic acid, polydeoxyribonucleotide and poly- glutamic acid. Toning has low adverse effects and promotes rapid healing because it creates vacuoles into the tissue, leaving untreated healthy skin without damage to the skin's surface. For that reason, treat melasma in short intervals of one to two weeks depending on the patient's rate of healing.

After treatment, it is possible to return to daily life quickly since there is almost no hyperpigmentation or persistent redness. Another remarkable advantage of picosecond is the improved outcomes in recalcitrant pigmentation like melasma that have not improved with conventional Q-switched nanosecond lasers. Less thermal damage and more photomechanical effects result in better or equivalent results than conventional lasers, in only half the sessions.

Melasma is caused by multiple complex factors, so, although the Toning techniques can be used alone, combination therapy with energy-based devices is recommended to induce synergistic effects. 1064 nm wavelength with long pulse durations, can help strengthen the dermis and reduce feeding vessels around the melasma. A 1927 nm thulium fractional laser is effective in removal of superficial pigmentations and overall brightening effects. Combining these devices enables targeting of different effects in the various layers of the skin.

Consistent treatment with various strategies can keep melasma controlled to near normal levels. Picosecond's unique properties and vast range of applications help not only make this possible, but build doctor-patient trust through excellent clinical results. Starting treatment early with PICOCARE will allow patients to escape the shadows of melasma.

What can a Picosecond laser treat?

The picosecond laser offers a versatile, efficient and comfortable treatment with multiple aesthetic applications. This procedure can treat symptoms on the face, chest, décolleté, hands or legs. Specialists use this technology to target underlying layers of tissue and address concerns such as:

1.Acne scarring.

2.Brown spots and Freckles.

3.Stretch marks.

4.Fine lines and Wrinkles.

5.Melasma.

6.Pigmentation and Pigmented lesions.

What are the benefits of picosecond laser skin treatment?

As a highly developed method in cosmetic enhancement, Picosecond lasers boast many benefits for the skin. This treatment offers patients a simple and effective way to minimise imperfections and signs of ageing while enriching the skin's tone and texture for a refreshed and healthier appearance. The benefits of this innovative technology include:

1.Non-invasive treatment.

2.Short procedure time.

3.Little to no recovery time.

4.Minimal risks.

5.Treats a variety of everyday concerns and imperfections.

Why is skincare important?

Skincare forms the backbone for all anti ageing treatments. Keeping the skin barrier strong and hydrated is critical for maintaining the face's youthful texture and healthy glow. The effects of ageing, sun exposure and toxic environments often lead to a worn or tired appearance that can significantly deflate your appearance and confidence.

Picosecond technology efficient and comprehensive capacity to rebuild collagen and elastin within the skin's dermal layers. With the creation of new cells and the shedding of old and damaged tissue, the skin becomes clearer, smoother and more radiant—an invaluable source for looking and feeling beautiful.

Factors influencing picosecond laser results timeline

Picosecond laser treatments serve as a powerful method for enhancing skin health, although the timeframe to witness results is not fixed. It depends on various elements, including the nature of your skin type, how regularly you undergo treatments and the way you maintain your skin after treatment sessions. The Picosecond laser provides a safe option applicable to all kinds of skins and complexions with its gentle non-abrasive technique that leaves the skin's surface intact.

When undergoing picosecond laser therapy, energy is directed towards pigmentations in a manner that prompts an intense shock wave effect which then catalyses collagen production leading to clearer and more rejuvenated skin. Factors such as one's natural amounts of collagen and elastin along with their inherent rate of cell regeneration (particularly slower cycles often associated with ageing) can significantly impact when improvements become noticeable.

Various specific settings used during treatment influence this timeline:

1.Wavelength.

2.Pulse duration.

3.Area being targeted.

4.Energy density.

These are fine-tuned according to an individual's unique complexion needs hence play an essential role in determining when one may see outcomes from pico laser interventions.