Professional 980nm laser spider vein capillary varicose vein removal machine / diode laser vascular removal machine

How Does a 980 nm Diode Laser Work for Vascular Removal?
Targeted absorption by hemoglobin
The 980 nm wavelength is well absorbed by oxy- and deoxy-hemoglobin inside abnormal blood vessels.
When the laser energy is delivered, hemoglobin preferentially absorbs the light rather than surrounding skin tissue.

Selective photothermolysis (key mechanism)
Absorbed light energy is converted into heat, raising the temperature inside the vessel only.
Blood temperature rises rapidly
Vessel wall proteins coagulate
The vessel collapses and seals
This process is called selective photothermolysis, meaning:
destroy the target (blood vessel) without damaging nearby skin.
Vessel closure and natural absorption

After coagulation:
Blood flow stops in the treated vessel
The body gradually reabsorbs the closed vessel
Visible redness fades over days to weeks
No cutting or injections are required.

I. Telangiectatic Rosacea (Capillary Dilation)
(Most common)

Appearance: Fine red lines, reticular or branching blood vessels
Common locations: Nasal alae, cheeks, chin
Causes: Thin stratum corneum, impaired skin barrier, chronic irritation (laser/chemical peels )

II. Rosacea-Related Redness (Rosacea)
Appearance: Persistent flushing + visible blood vessels
Accompanied by: Burning, stinging, recurrent exacerbations
Common triggers: Temperature changes, spicy food, alcohol, emotional stress

III. Post-Inflammatory Erythema (Post-Acne Redness)
Appearance: Red marks left after acne clears
Nature: Capillary dilation caused by inflammation
Different from hyperpigmentation (not brown)

IV. Sensitive Skin Redness / Flushing
Appearance: Widespread redness, not necessarily with clearly visible blood vessels
Characteristics: Redness triggered by heat, cold, or emotional fluctuations
Common in: Sensitive skin, those with impaired skin barrier

V. Induced Dermatitis-Related Redness
Appearance: Persistent redness, prominent blood vessels
History: Long-term use of topical

VI. Congenital or Constitutional Redness
Appearance: Present since childhood, thin, fair skin
Blood vessels are close to the surface and easily visible

1. What is laser vascular removal?
Laser vascular removal uses selective photothermolysis to heat hemoglobin inside abnormal blood vessels, causing them to coagulate and close. The body then naturally absorbs the treated vessels over time.

2. Which vascular problems can be treated?
Facial spider veins / telangiectasia
Broken capillaries (nose, cheeks, chin)
Cherry angiomas
Post-acne redness (erythema)
Mild rosacea-related visible vessels

3. How does a 980 nm laser work for vascular removal?
The 980 nm wavelength is well absorbed by hemoglobin. The absorbed energy turns into heat, sealing the vessel from the inside while minimizing damage to surrounding skin.

4. Is laser vascular removal painful?
Most patients feel mild stinging or heat. Discomfort is usually brief and tolerable. Cooling or topical anesthesia can be used if needed.

5. How many sessions are needed?
Small, superficial vessels: 1–2 sessions
Diffuse or recurrent redness: 2–4 sessions
Sessions are typically spaced 3–6 weeks apart

6. When will I see results?
Some vessels disappear immediately
Others fade gradually over 1–4 weeks
Redness continues to improve as the body absorbs treated vessels

7. Is there downtime after treatment?
Downtime is minimal:
Mild redness or swelling: hours to 1–2 days
Tiny scabs (occasionally): fall off naturally
Makeup can usually be applied after 24 hours

Option 1: Suitable nail conditions for laser treatment:
1. Onychomycosis (onychomycosis/fungal nail disease), the most common indication. Fungal infections can cause discoloration, thickening, brittle cracking, and lifting of the nail plate. Lasers can penetrate the nail plate and kill fungal spores.
2. Candidal nail disease (yeast infection): Periungual redness, swelling, and pain, and softening of the nail plate margin. Lasers can help reduce inflammation and kill fungi.
3. Subungual keratosis (keratin accumulation under the nail plate). Common in patients with onychomycosis. Lasers can help soften the keratinized tissue and improve appearance.
4. Paronychia (chronic). Lasers can be used to assist in the treatment of microbial infections and inflammatory reactions in chronic paronychia.
5. Secondary infection following nail trauma. Nail injury leading to localized fungal or bacterial infection. Lasers can assist in sterilization and promote repair.
6. Mild nail dystrophy or pigmentation (non-pathological), such as drug-induced pigmentation or mild freckles.

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