Fotona Nd:YAG 1064nm Laser
Vascular LesionTreatment
Redness, Rosacea & Spider Veins
The Fotona Nd:YAG laser selectively targets blood vessels beneath the skin surface — coagulating broken capillaries, spider veins, cherry angiomas, and the dilated vessels responsible for facial redness and rosacea, without affecting surrounding tissue.

The Science
Selective Photothermolysis Targeting Vessels, Not Surrounding Skin
Vascular lesions — whether spider veins, broken capillaries, cherry angiomas, or diffuse rosacea — are caused by blood vessels that are abnormally dilated, malformed, or proliferating near the skin surface. They persist because the body does not reabsorb them without intervention.
The Fotona Nd:YAG laser emits energy at 1064nm — a wavelength selectively absorbed by oxyhemoglobin, the pigment that gives red blood cells their colour. When the laser pulse reaches the target vessel, the absorbed energy converts to heat, coagulating the vessel wall. The body then gradually reabsorbs the collapsed vessel over the following two to six weeks.
Because the 1064nm wavelength has a low affinity for melanin, it passes through the overlying skin with minimal absorption — making it effective and safe across a broad range of skin tones. The precision of selective photothermolysis means vessels are eliminated without scarring, marks, or disruption to surrounding tissue.
- 1064nmNd:YAG Wavelength
- 1–5Sessions
- MinimalDowntime
- 6+Conditions Treated
Technology
Fotona Nd:YAG 1064nm laser
Mechanism
Selective photothermolysis of oxyhemoglobin
Sessions
1–5 (depends on lesion type and extent)
Treatment Time
15–45 minutes
Downtime
Minimal — mild redness 1–2 days
Results
Progressive over 2–6 weeks per session
Skin Types
All skin types (Fitzpatrick I–VI)
Conditions Treated
Vascular Lesions We Treat
Facial Redness & Rosacea
Diffuse facial redness and rosacea are caused by chronic dilation of superficial blood vessels in the dermis. The Nd:YAG laser targets oxyhemoglobin within these vessels, causing selective photothermolysis — the vessel wall is heated and collapses while surrounding tissue remains unaffected. Multiple sessions progressively reduce background redness and visible flushing.
Spider Veins & Telangiectasia
Spider veins and telangiectasia are small, dilated capillaries visible at the skin surface — commonly appearing on the face, nose, cheeks, and chin. The 1064nm Nd:YAG wavelength passes through the skin and is selectively absorbed by the haemoglobin within these vessels, coagulating them without damaging the overlying skin.
Cherry Angiomas
Cherry angiomas are benign clusters of dilated capillaries that appear as small, bright-red domed papules on the skin surface. They are extremely responsive to Nd:YAG laser energy — the concentrated vessel network absorbs the laser energy efficiently, allowing clearance in as few as one to two sessions.
Broken Capillaries
Broken capillaries around the nose, cheeks, and chin are among the most common vascular concerns. They develop from sun damage, skin trauma, rosacea, or genetic predisposition. Nd:YAG laser precisely targets individual vessels without leaving marks, bruising, or affecting surrounding skin.
Port Wine Stains & Vascular Birthmarks
Port wine stains are vascular birthmarks caused by abnormal capillary development. They respond to Nd:YAG laser through selective photothermolysis — the laser energy is absorbed by oxyhemoglobin within the malformed vessels, progressively lightening the lesion over a series of treatments. Results vary depending on lesion depth, age, and location.
Leg Veins
Small superficial leg veins and spider veins on the lower limbs respond well to Nd:YAG laser treatment. The 1064nm wavelength penetrates deeper than shorter wavelengths, reaching vessels below the skin surface. Leg vein treatment typically requires a series of sessions and is combined with compression advice for optimal results.
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Your Questions Answered
Frequently Asked Questions
The Fotona Nd:YAG laser emits energy at 1064nm — a wavelength that is selectively absorbed by oxyhemoglobin (the pigment in red blood cells) within blood vessels. When the laser energy is absorbed, it generates heat that coagulates the vessel wall. The collapsed vessel is then absorbed by the body over the following weeks and disappears from the skin surface. Surrounding tissue is unaffected because the targeting is selective — the laser energy passes harmlessly through the overlying skin to reach the vessel.
The number of sessions depends on the type, size, depth, and extent of the vascular lesion. Isolated cherry angiomas and small broken capillaries may clear in one to two sessions. Diffuse facial redness and rosacea typically require three to five sessions for significant improvement. Port wine stains and larger vascular birthmarks require more sessions. We provide a realistic estimate at your consultation after assessing the lesion.
Most patients describe a brief snapping or stinging sensation as each pulse is delivered — similar to a rubber band flick. The sensation is momentary and well-tolerated without anaesthesia for most vascular lesion treatments. The Fotona system includes a cooling mechanism to protect the skin surface and improve comfort during treatment.
Downtime is minimal for most vascular treatments. You may experience redness and mild swelling in the treated area for a few hours to a couple of days. Treated vessels may appear darker or slightly bruised for a few days before fading. Cherry angiomas may crust briefly. Sun protection is essential after treatment — we recommend avoiding direct sun exposure for at least two weeks.
Vessels that have been successfully treated do not return. However, new vessels can form over time — particularly with ongoing sun exposure, rosacea triggers, or genetic predisposition. Maintenance sessions once or twice a year help sustain results for patients prone to recurring redness or spider veins.
The 1064nm Nd:YAG wavelength has a low affinity for melanin, making it safer across a wider range of skin tones than shorter-wavelength vascular lasers. Our practitioners assess your skin type and the nature of the lesion at your consultation and adjust laser parameters accordingly to ensure safe and effective treatment.
Yes. Fotona vascular treatment is frequently combined with other Fotona protocols — such as Fotona 4D for facial rejuvenation or Twinlight for acne-related redness — in the same session. It can also be performed alongside Picosure for pigmentation concerns. Your practitioner will design a combined approach if appropriate for your skin goals.
Book Your
Consultation
Our practitioners will assess your vascular lesions and recommend a personalised treatment plan. Your consultation is completely free to book.
免费咨询,无需支付订金。
Wavelength
1064nm Nd:YAG
Sessions
1–5 sessions
Downtime
Minimal
Skin Types
All types
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