Medical Laser in Spain: Types, Prices & Verified Clinics

Advanced medical laser in longevity encompasses multiple technologies: low-level laser therapy (LLLT) for photobiomodulation, fractional CO2 and Er:YAG lasers for deep skin rejuvenation, diode laser for hair removal and vascular lesions, and Nd:YAG laser for vascular and pigmented lesions. LLLT acts directly on the mitochondria, while ablative lasers produce dermal collagen remodelling.

Origin and history

The first laser (ruby) was built by Theodore Maiman in 1960. Medical application began in the 1970s with the argon laser for vascular lesions. The fractional CO2 laser was developed by Manstein and Anderson at Harvard in 2004, revolutionising skin rejuvenation.

1. Dermatological assessment Phototype, lesion diagnosis, contraindications. Standardised clinical photography.

2. Skin preparation Cleansing and degreasing. Topical anaesthesia 60–90 min prior (ablative). Antiviral prophylaxis if indicated.

3. Laser calibration Selection of wavelength, fluence and treatment pattern based on diagnosis.

4. Laser application Uniform passes with controlled overlapping. Complete coverage of the target area.

5. Post-treatment Healing cream, SPF50, avoid sun. Peeling for 5–10 days (ablative). Review at 4 weeks.

• Deep skin rejuvenation with collagen remodelling
• Reduction of dark spots, melasma and dyschromia
• Mitochondrial photobiomodulation for systemic rejuvenation
• Removal of vascular lesions and angiomas
• Reduction of scars and stretch marks
• Biostimulatory effect on pain and tissue regeneration

• 1People with accumulated sun damage and photoageing
• 2Those seeking non-surgical skin rejuvenation
• 3People with scars, stretch marks or pigmented lesions
• 4Those with vascular lesions (spots, rosacea)
• 5Those seeking advanced systemic photobiomodulation

• Actively tanned skin or photosensitivity
• Retinoid treatment (requires a 2-week pause)
• Active herpes (requires antiviral prophylaxis before ablative laser)
• Severe melasma with a history of post-inflammatory hyperpigmentation

Clinics on LongevityMap declare their exact equipment for objective scoring.

€150–800 per session (varies by type and area)

1–3 sessions (ablative fractional); 6–10 sessions (LLLT and vascular)

Prices vary by clinic, equipment and practitioner experience. LongevityMap compares price and quality so you always make the best decision.

Fractional CO2 laser produces ablation of microscopic tissue columns that induce type I and III collagen synthesis. Histological studies show 200–300% increases in collagen production at 6 months. For LLLT, studies confirm absorption by cytochrome c oxidase and increased mitochondrial ATP. Wavelength, power and exposure time are critical for efficacy.