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Alexandrite Laser

The Alexandrite laser is an advanced medical laser technology widely recognized as one of the gold standards for treating pigmented lesions and performing laser hair removal on lighter skin types. Operating at a wavelength of 755 nanometers, the Alexandrite laser has a high affinity for melanin, making it particularly effective at targeting unwanted pigmentation and hair follicles with precision while minimizing damage to surrounding tissue.

The Alexandrite 755 nm laser works through a principle known as selective photothermolysis, where specific wavelengths of light are absorbed by targeted chromophores within the skin. In the case of pigmentation treatments, the primary target is melanin, the pigment responsible for skin color and dark spots. For laser hair removal, the target is melanin contained within the hair shaft and follicle.

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How does Alexandrite Laser Work?

The Alexandrite 755 nm laser delivers controlled pulses of light energy into the skin. When treating pigmentation, the melanin within sun spots, age spots, freckles, and other pigmented lesions absorbs the laser energy. This energy causes the pigment to fragment into smaller particles, which are then gradually removed by the body's natural immune processes. Over time, the treated pigmentation fades, revealing a clearer and more even complexion.

When used for laser hair removal, the melanin within the hair follicle absorbs the laser energy, generating heat that damages the follicle and reduces its ability to produce future hair growth.

Due to its strong melanin absorption, the Alexandrite 755 nm laser is highly effective for pigmentation correction and hair removal. It is commonly used to treat sun damage, age spots, freckles, uneven skin tone, and unwanted hair while helping clients achieve clearer, brighter, and healthier-looking skin.

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What is Alexandrite Laser used for?

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Laser Hair Removal

Targets melanin within the hair shaft and follicular unit, generating thermal injury to structures responsible for hair growth and resulting in progressive hair reduction.

Pigmented Lesion Treatment

Targets excess melanin within solar lentigines (sun spots), age spots, freckles, and other benign pigmented lesions, causing pigment fragmentation and gradual clearance through the body's immune system.

What conditions does it treat?

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Sun Spots & Age Spots

Targets pigment accumulation caused by chronic sun exposure, aging, and photoaging.

Freckles

Helps lighten and reduce the appearance of melanin-rich freckling on the face and body.

Hyperpigmentation

Treats localized areas of excess melanin responsible for uneven skin tone and discoloration.

Uneven Skin Tone

Improves pigment irregularities and promotes a more uniform, clearer complexion.

Photodamaged Skin

Addresses pigmentation changes resulting from cumulative ultraviolet exposure.

Benign Pigmented Lesions

Targets selected superficial pigmented lesions deemed appropriate for laser treatment.

Ingrown Hairs & Razor Bumps

Reduces follicular irritation associated with recurring ingrown hairs by decreasing hair growth.

Unwanted Hair

Targets melanin within the hair follicle to achieve progressive, long-term hair reduction on the face and body.

Benefits of Alexandrite Laser

Free consultation

Precise Pigmentation Correction

Long-Term Hair Reduction

Improves Skin Tone Uniformity

Minimal Damage to Surrounding Tissue

Effective for Multiple Treatment Areas

What is the procedure like ?

How to prepare

Avoid excessive sun exposure, tanning, self-tanners, retinol, exfoliating acids, and other potentially irritating skincare products for 1–2 weeks before treatment. Complete your intake forms before your appointment and inform your provider of any medications, medical conditions, pregnancy, or recent aesthetic treatments.

What does the session look like?

Your skin will be assessed and the treatment area cleansed before the procedure begins. Protective eyewear will be provided. During the treatment, the Alexandrite 755 nm laser delivers controlled pulses of energy to the targeted pigmentation or hair follicles. Most clients describe the sensation as a brief snapping or warming feeling. Treatment time varies depending on the area being treated.

What to do after the treatment ?

Following treatment, mild redness, warmth, or temporary darkening of pigmented spots may occur. Avoid picking or scratching the treated area and protect your skin from sun exposure. Daily sunscreen use is essential. Following the personalized aftercare instructions provided by your practitioner will help optimize healing and results.

Frequently asked questions about Alexandrite Laser

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Why is the Alexandrite laser effective for pigmentation?

The Alexandrite 755 nm wavelength has a high affinity for melanin, allowing it to selectively target pigmented lesions with precision through selective photothermolysis.

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How does the Alexandrite laser remove pigmentation?

Laser energy is absorbed by melanin, generating heat that fragments the pigment into smaller particles that are gradually cleared by the body's immune system.

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Is Alexandrite laser effective for hair removal ?

Yes, Alexandrite laser is effective to remove permanent hair. The laser targets melanin within the hair shaft and follicle, producing thermal damage to structures responsible for future hair growth.

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Why do pigmented spots become darker after the treatment?

The treated melanin rises toward the skin's surface as part of the body's natural healing process before gradually fading or flaking away.

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Why is Alexandrite considered a gold-standard pigmentation laser?

Its strong melanin absorption allows highly efficient treatment of superficial pigmented lesions while preserving surrounding skin structures.

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Is Alexandrite laser suitable for all skin types?

Treatment suitability depends on skin phototype. Because of its strong melanin absorption, careful patient selection and parameter adjustment are important to ensure safety.

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What makes Alexandrite different from Nd:Yag technology?

Alexandrite 755 nm has higher melanin absorption and is optimized for pigmentation and hair removal, while Nd: Yag 1064 nm penetrates deeper and is commonly used for vascular concerns, skin rejuvenation, and darker skin phototypes.

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