Key Takeaways:
- Fotona treats pigmentation with two modes from the 5D protocol, FRAC3 working at depth and SupErficial clearing the surface, because pigment sits at different levels in the skin.
- It suits sunspots, freckles, surface dullness, redness-linked patchiness and early PIH, but not melasma, deep dermal pigment, or thickened lesions that need a photoacoustic laser.
- Skin tone shapes the approach: melanin-rich skin carries a higher risk of secondary darkening, so settings are calibrated to the individual.
Two pigmentation marks that look identical on the surface can sit at completely different depths underneath. One may clear easily while the other barely does anything. That difference is why pigment is one of the harder things to treat.
It is also why the laser mode matters. This post covers how Fotona works on pigment, the types it can and can’t address, how it compares to PicoSure, and why your skin tone shapes the whole approach.
How Fotona works on pigmentation
Pigmentation is treated using two modes drawn from the broader Fotona 5D treatment system: FRAC3® and SupErficial™. One works at depth, the other at the surface, and the reason the treatment uses both comes down to where pigment sits within the skin.
Melanin, the pigment that gives skin its colour and forms the clusters behind dark spots, can sit high in the epidermis as surface-level discolouration, or deeper in the dermis where it is harder to reach.
FRAC3® is the mode that works at depth. It reaches through the upper layers to deliver controlled spikes of heat to pigment sitting below the surface, prompting the skin to break down and clear that pigment gradually over the weeks that follow.
SupErficial™ works at the surface. Oxidised pigment cells tend to migrate upward into the stratum corneum, the outermost layer of skin. This mode encourages the shedding of these cells to sweep away surface-level discolouration and force fresh, evenly toned cells to the surface.
What types of pigmentation can Fotona address?
The Frac3® and SupErficial™ modes from Fotona address the most common forms of pigmentation, from marks sitting on the surface to some of the deeper, more stubborn discolouration within the dermis. It is also important to understand what it cannot do.
[H3} What it can treat:
- Sunspots and Solar Lentigines: The flat brown patches left by years of sun exposure. They sit in the upper layers of the skin and are among the most common pigment marks to treat.
- Freckles: Small concentrations of melanin that darken with sun exposure. They may respond to treatment, but they can return with further sun exposure if the skin is not protected.
- Surface Dullness & Texture: This is where the combo shines brightest. The tired, uneven look of built-up dead surface cells and oxidised pigment. Together, Frac3® and SupErficial™ may clear the dead top layer and firm the structural foundation underneath.
- Erythema-Linked Patchiness & Vascular Issues: The flushed or uneven tone that comes from small surface vessels. Fotona’s Nd:YAG reaches this vascular component, addressing the redness that pigment-only treatments leave behind.
- Early / Minor Post-Inflammatory Hyperpigmentation (PIH): The lingering dark-red or brown shadows left behind after acne or inflammation. Fotona’s dual-action protocol addresses both the trapped surface melanin and the underlying vascular concerns, but only with caution, and when it is early/minor
[H3] What it can’t treat
- Melasma: Frac3® and SupErficial™ are not built for deep, hormonally driven, multi-layered melasma management. These modes cannot safely deliver the photomechanical effect required without risking rebound hyperpigmentation.
- Deep Dermal Pigment: Unable to reach or break down deep dermal birthmarks (like Nevus of Ota), which require photoacoustic shockwaves, rather than thermal or micro-ablative action.
- Stubbornly Deep Lentigines: While the SupErficial™ peel may handle surface-level sunspots, deeply rooted or thickened pigmented lesions that extend past the superficial epidermal layers extend past the limits of a light micro-peel.
Fotona for pigmentation vs PicoSure
It’s easy to assume all lasers do the same thing when sorting through the options for clearing stubborn pigment and uneven skin tone. But if you look under the hood at how different lasers approach dyschromia, you will find entirely different technologies. Two of the most well known laser systems, PicoSure and Fotona 5D , approach pigmentation from entirely different design philosophies and mechanisms.
While both are advanced, non-surgical options designed to address discoloration, determining which pathway aligns with your aesthetic goals is a simple process. Compare the two methods across their characteristics:
| Feature | Fotona (FRAC3 + SupErficial) | PicoSure |
| Primary Method | Dual-wavelength thermal remodeling and micro-ablative peeling. | Ultra-fast, trillionths-of-a-second picosecond laser pressure waves. |
| Physical Action | Vaporizes surface melanin layers while thermally clearing underlying micro-vessels. | Shatters pigment particles and deep melanin deposits via photoacoustic shockwaves. |
| Target Depth | Focuses on the epidermal surface (sunspots/freckles) and sub-dermal vascular roots (redness/patchiness). | Specialized for deep dermal pigment, complex multi-layered dyschromia, and tattoo ink. |
| Vascular Component | Actively addresses underlying micro-vasculature and background flush driving the pigment. | Strictly targets pigment/melanin without direct thermal impact on background blood vessels. |
| Treatment Style | Delivers a comprehensive, global skin-toning and surface-resurfacing approach. | Functions as a targeted, high-precision specialist for stubborn or deep-seated pigment. |
| Downtime & Timeline | Involves a micro-peeling recovery phase with results refining as tissue remodels. | Minimal surface downtime, with pigment gradually clearing via the body’s lymphatic system. |
Picking the right laser for pigmentation isn’t about finding a magic bullet. It’s about matching the physics of the machine to the depth and source of your pigment. Someone dealing with surface sun damage mixed with background redness might benefit from the multi-layered resurfacing of the Fotona 5D protocol. Someone dealing with deep, stubborn dermal melanin or complex discoloration may need the rapid-fire shockwaves of a picosecond system.
Because skin is not one-dimensional, these treatments aren’t mutually exclusive, and we often combine or sequence them to form part of a comprehensive, multi-step plan tailored to your skin.
How your skin tone influences the approach to Fotona for pigmentation
Skin tone changes how reactive the skin is to pigment treatment, so it guides the whole approach.
Lighter skin profiles tend to be more resilient to surface stress. There is less melanin sitting in the skin to react, so the margin for delivering energy without provoking a pigment response is wider.
Melanin-rich skin needs more care. The energy that clears pigment is heat, and heat near melanin can push reactive skin to produce more of it, deepening the marks being treated as post-inflammatory hyperpigmentation. This is the paradox of treating darker skin. The tool that clears pigment can also trigger it.
This is why settings are calibrated to the individual. Fluence, timing, and how the skin is cooled all change with skin tone, and a patch test is the safest way to see how the skin responds before treating a full area..
Whether Fotona suits your pigment and your skin tone, or whether another approach is safer, is determined during a consultation with a medical professional.
Your Next Step
Choosing whether Fotona is right for you is a personal
decision. If you’d like to explore your options, understand what may suit your features,
or simply ask questions, our medical professionals are here to guide you with clarity and care.
A $100 deposit is required to secure an appointment. Full amount is completely redeemable or refundable if you decide not to go ahead with the treatment.
Professional standards at Luxe Lips
At Luxe Lips, a cosmetic clinic in Melbourne, our care is grounded in medical ethics and quiet clinical responsibility. Every treatment pathway is approached as a medical process, with established health protocols and safety guiding each step.
Across our clinics in Moonee Ponds, Camberwell, and Brighton, our medical professionals carry out a thorough screening process for every person. For those considering Fotona for pigementation, this includes reviewing medical history, assessing anatomical suitability, and considering psychological readiness. In line with local guidelines, this evaluation helps determine whether a proposed plan aligns with your health.
Medical professionals proceed only when a treatment is clinically appropriate. If your underlying concern, the condition of the surrounding skin, or your broader health profile means Fotona isn’t the right fit, we will explain why and discuss what that means for you. The focus is always on clear information and maintaining a clinical environment where safety and ethical standards come first.
Because responses and circumstances vary, a consultation is required to determine suitability before Fotona 5D is considered.
Questions we’re often asked about Fotona for pigmentation
Pigmentation comes down to melanin, the pigment made by cells called melanocytes sitting in the lower epidermis. When these cells are provoked, they produce more melanin, and when it clusters unevenly it shows as dark spots and patchiness.
The triggers are mainly UV exposure, inflammation, and hormones. Research on melanin production describes how UV and stress signal the melanocytes to switch on pigment synthesis, which is why sun-exposed areas mark first.
Genetics determine how reactive your melanocytes are, which is why two people with the same sun exposure pigment differently.
Sun damage is one cause of hyperpigmentation, not a separate thing. Hyperpigmentation is the umbrella term for any excess melanin in the skin, whatever triggered it.
Sun damage specifically refers to the pigment driven by UV exposure, which shows as sunspots, solar lentigines, and uneven tone across the areas that catch the most light, the face, hands, and chest.
Other forms are triggered by hormonal pigmentation, post-inflammatory marks after acne or injury, and age-related change. They can look similar on the surface while behaving very differently underneath.
Yes, and the difference matters for how it is treated. Sun-related pigmentation sits mostly in the upper layers and responds more predictably, since removing the trigger, UV, is within your control.
Hormonal pigmentation, most commonly melasma, is driven from within by oestrogen and progesterone changes. It tends to sit deeper and more diffusely, and is prone to returning as long as the hormonal driver is active.
Hormonal pigmentation is approached as an ongoing condition to manage. What suits your particular pattern is determined during a consultation.
Pigmentation tends to accumulate with age, though age itself is not the direct cause. Decades of UV exposure add up, and the marks from that cumulative damage appear over time as sunspots and uneven tone.
The skin becomes less efficient at regulating and distributing melanin as it ages, so pigment is more likely to settle unevenly than it did in younger skin.
Hormonal changes later in life can shift pigmentation. Whether a particular mark is age-related or something needing closer attention is worth having looked at.
Pigmentation cannot be prevented entirely, since some of it is driven by genetics and hormones outside of your control. The single biggest factor you can influence is UV exposure.
Daily broad-spectrum sun protection is the most effective step, since UV is the most common trigger for new pigment and for darkening existing marks. Consistent SPF, shade, and limiting sun exposure all reduce how much forms over time.
No treatment stops pigment returning if the triggers stay active, which is why prevention through sun protection matters as much as treating what is already there.
