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Pigmentation
Common Skin Concern
Pigmentation
Pigmentation refers to the natural colour of your skin, determined by cells called melanocytes that produce melanin — the pigment responsible for skin tone.
When melanin production becomes unbalanced, it can cause visible changes in skin colour. Hyperpigmentation appears as darker patches caused by excess melanin, while hypopigmentation results in lighter areas due to reduced pigment.
Common Skin Concern
Pigmentation
Pigmentation is the natural colour of your skin, created by cells called melanocytes that produce melanin.
When melanin becomes unbalanced, it can cause darker patches (hyperpigmentation) or lighter areas (hypopigmentation).
What Causes Skin Pigmentation?
Hyperpigmentation occurs when there is an overproduction of melanin, which can have various causes. Identifying the specific cause of your hyperpigmentation is essential for effective treatment. Common causes include.
- Ageing
- Trauma
- UV Radiation Exposure
- Medications
- Hormonal Changes
- Genetic Predisposition
What Causes Skin Pigmentation?
Hyperpigmentation occurs when there is an overproduction of melanin, which can have various causes.
Identifying the specific cause of your hyperpigmentation is essential for effective treatment. Common causes include:
- Ageing
- Trauma
- UV Radiation Exposure
- Medications
- Hormonal Changes
- Genetic Predisposition
Types of Pigmentation
Types of Pigmentation
Freckles
Freckles are small spots of concentrated melanin that can vary in colour, including brown, tan, red, black, or yellow. They form when the skin is exposed to UVB radiation from the sun, which activates melanocytes and increases melanin production.
Freckles can appear anywhere on the body but are often found on the face, arms, neck, back, and chest. Usually, they are harmless and tend to fade with less sun exposure.
Freckles
Freckles are small spots of concentrated melanin that form when the skin is exposed to UVB radiation, activating melanocytes and increasing pigment production.
Common on the face, arms, and chest, freckles are harmless and often fade with reduced sun exposure.
Age Spots
Age spots, also known as solar lentigines, are well-defined areas of pigmentation that are darker and more pronounced. Unlike freckles, age spots are scattered and tend to develop later in life, which is why they are often called age spots. They are caused by prolonged sun exposure, resulting in excess melanin production and abnormal pigment retention.
Age Spots
Age spots, or solar lentigines, are darker, well-defined patches of pigmentation that develop later in life due to prolonged sun exposure.
They form when the skin produces excess melanin over time, causing uneven tone and visible brown spots on areas most exposed to sunlight.
Melasma
Melasma is a common skin condition that causes symmetrical, dark patches on the cheeks, forehead, upper lip, and chin. It’s often triggered by hormonal changes, pregnancy, or sun exposure.
The condition occurs when melanocytes are overstimulated by hormones such as estrogen and progesterone, leading to excess melanin production. Melasma is more prevalent in those with darker skin types and can be effectively managed with professional treatments and sun protection.
Melasma
Melasma causes dark, symmetrical patches on the cheeks, forehead, and upper lip. It’s often triggered by hormonal changes, pregnancy, or sun exposure.
It occurs when melanocytes overproduce melanin, leading to uneven skin tone. More common in darker skin types, melasma can be managed with targeted treatments and daily sun protection.
Post-Inflammatory Hyperpigmentation
Post-inflammatory hyperpigmentation (PIH) is a type of pigmentation that develops after skin inflammation or injury. It’s commonly linked to acne, trauma, or other inflammatory skin conditions.
When inflammation disrupts the deeper layers of the skin, melanocytes overproduce melanin, which can become trapped within the epidermis. This results in darker patches that are often more difficult to treat without professional care.
Post-Inflammatory Hyperpigmentation
Post-inflammatory hyperpigmentation (PIH) is a type of pigmentation that develops after skin inflammation or injury. It’s commonly linked to acne, trauma, or other inflammatory skin conditions.
When inflammation disrupts the deeper layers of the skin, melanocytes overproduce melanin, which can become trapped within the epidermis. This results in darker patches that are often more difficult to treat without professional care.
Our Treatments for Pigmentation
Our Treatments for Pigmentation
Laser Pigmentation Removal
This treatment uses targeted laser energy to safely break down sunspots, freckles, and areas of excess pigmentation — effectively clearing and evening skin tone without damaging surrounding tissue.
Laser Carbon Peel
This treatment applies a carbon mask to absorb impurities and excess oil, then activates it with laser energy to remove debris and pigmentation. The heat also stimulates collagen, refining pores and rejuvenating the skin.
Laser Skin Whitening
Laser Skin Whitening uses advanced laser technology to break down excess melanin, reducing dark spots, hyperpigmentation, and uneven tone. This treatment helps brighten and rejuvenate the skin for a clearer, more radiant complexion.
LED Light Therapy
A gentle, non-invasive treatment that uses specific light wavelengths to calm inflammation, boost healing, and support collagen production. Perfect after laser or peel treatments to enhance recovery and promote a brighter, more even complexion.
PICO Advanced Skin Correction
This advanced treatment targets severe or deep-rooted pigmentation, including melasma and extreme hyperpigmentation. Using ultra-short laser pulses, it breaks down excess melanin to restore clarity, brightness, and even skin tone.
Laser Pigmentation Removal
This treatment uses targeted laser energy to safely break down sunspots, freckles, and areas of excess pigmentation — effectively clearing and evening skin tone without damaging surrounding tissue.
PICO Advanced Skin Correction
This advanced treatment targets severe or deep-rooted pigmentation, including melasma and extreme hyperpigmentation. Using ultra-short laser pulses, it breaks down excess melanin to restore clarity, brightness, and even skin tone.
Laser Carbon Peel
This includes a carbon-based mask to absorb impurities and excess oil followed by laser activation to remove carbon particles and pigmentation. The heat from the laser stimulates collagen production, promoting skin renewal.
Laser Skin Whitening
Laser Skin Whitening uses advanced laser technology to break down excess melanin, reducing dark spots, hyperpigmentation, and uneven tone. This treatment helps brighten and rejuvenate the skin for a clearer, more radiant complexion.
LED Light Therapy
A gentle, non-invasive treatment that uses specific light wavelengths to calm inflammation, boost healing, and support collagen production. Perfect after laser or peel treatments to enhance recovery and promote a brighter, more even complexion.
Frequently Asked Questions
Can skin pigmentation be reversed?
Yes — most types of pigmentation can be safely reduced with treatments like laser pigmentation removal or PICO laser, which break down excess melanin and restore a more even skin tone.
What causes skin pigmentation?
Pigmentation can develop from sun exposure, hormonal changes, genetics, medication, or skin trauma. Identifying the cause helps determine the most effective treatment.
How many treatments will I need?
The number of sessions depends on the type and depth of pigmentation. Most clients see noticeable improvement after 2–4 treatments, with continued progress over time.
Will pigmentation come back after treatment?
Results are long-lasting, but new pigmentation can form from sun exposure or hormonal changes. Consistent SPF use and maintenance treatments help prevent recurrence.
Is pigmentation treatment safe for all skin types?
Yes — advanced laser technologies like PICO are safe and effective for most skin tones when performed by trained professionals.
Frequently Asked Questions
Can skin pigmentation be reversed?
Yes — most types of pigmentation can be safely reduced with treatments like laser pigmentation removal or PICO laser, which break down excess melanin and restore a more even skin tone.
What causes skin pigmentation?
Pigmentation can develop from sun exposure, hormonal changes, genetics, medication, or skin trauma. Identifying the cause helps determine the most effective treatment.
How many treatments will I need?
The number of sessions depends on the type and depth of pigmentation. Most clients see noticeable improvement after 2–4 treatments, with continued progress over time.
Will pigmentation come back after treatment?
Results are long-lasting, but new pigmentation can form from sun exposure or hormonal changes. Consistent SPF use and maintenance treatments help prevent recurrence.
Is pigmentation treatment safe for all skin types?
Yes — advanced laser technologies like PICO are safe and effective for most skin tones when performed by trained professionals.