Clinical Education

Why Melasma Has a Vascular Component

Some melasma involves an underlying vascular component, so pigment-only treatment may fall short. A long-pulse 1064 nm mode can address vascular targets within a conservative protocol.

Melasma is often treated as a pure pigment problem, but many cases have a vascular component. This explains why that matters and how addressing vascular targets — alongside gentle pigment work — fits a conservative protocol.

  • Many melasma cases involve increased vascularity, not just excess pigment.
  • Pigment-only approaches may under-treat the vascular contribution.
  • A long-pulse 1064 nm mode can address vascular targets within a protocol.
  • Treatment stays conservative; melasma is recurrence-prone, not curable.

Key facts

Published studies report that 1064 nm picosecond laser can improve melasma, though results vary and may be comparable to established treatments; outcomes depend on individual factors and a course of treatment.
Sources: Liang S, et al. Picosecond Nd:YAG (1064 nm) vs picosecond alexandrite (755 nm) vs 2% hydroquinone for melasma: a randomized, assessor-blinded trial. Front Med. 2023. (PMID 37056729), Hong JK, et al. Split-face study comparing 1064-nm picosecond vs Q-switched Nd:YAG laser toning for melasma. J Dermatolog Treat. 2022;33(5):2547–2553. (PMID 35067157), Feng J, Shen S, Song X, Xiang W. Efficacy and safety of picosecond laser for melasma: a systematic review and meta-analysis. Lasers Med Sci. 2023;38(1):84. (PMID 36897459)

Melasma is more than pigment

Melasma is usually described as a pigment problem — but for many patients it isn’t only pigment. A growing body of clinical understanding recognizes an underlying vascular component in many cases.

Why that changes treatment

If increased vascularity helps drive and sustain melasma, then a pigment-only, heat-heavy approach may under-treat the condition — and, because melasma is heat-sensitive, add rebound risk without addressing the vascular contribution. Recognizing the vascular angle is part of why aggressive single-target treatment so often disappoints.

Addressing it conservatively

The Pro 1 Pico’s long-pulse 1064 nm mode lets a provider target vascular structures within a broader, conservative protocol — combined with melanin- sparing picosecond pigment work and strict photoprotection. (See the cited key facts.)

Still a managed condition

Addressing the vascular component is a more complete strategy, not a cure. Melasma remains chronic and recurrence-prone, and protocols stay conservative and photoprotection-supported.

Where to go next

Educational overview only. Suitability and settings are determined by a trained provider.

Technologies covered

Related devices

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FAQs

Does melasma have a vascular component?

Many melasma cases show increased vascularity alongside excess pigment. This vascular contribution can help drive and sustain the condition, which is why pigment-only treatment sometimes under-performs.

Why does the vascular component matter?

If part of what's sustaining melasma is vascular, a treatment that only targets pigment may fall short. Addressing vascular targets as part of a broader protocol can be a more complete approach in selected patients.

How is the vascular component addressed?

A long-pulse 1064 nm mode can target vascular structures within a conservative, provider-selected melasma protocol — combined with melanin-sparing pigment work and strict photoprotection. Settings and suitability are provider-determined.

Does this cure melasma?

No. Melasma is chronic and recurrence-prone. Addressing the vascular component is part of a more complete management strategy, not a cure.

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