Erbium Laser

1. Product Overview

The 1550 nm fractional erbium‑doped laser is a non‑ablative medical aesthetic workstation for skin rejuvenation, scar repair and stretch‑mark remodelling. This infrared wavelength delivers controlled thermal energy into the dermis without stripping the full epidermis. Micro thermal injury zones activate the skin’s self‑repair response to stimulate natural collagen regeneration. Compared with ablative CO₂ lasers, it brings milder downtime and lower post‑treatment pigmentation risk, suitable for clients seeking anti‑ageing and scar improvement with shorter recovery periods.

2. Working Principle

1550 nm light energy is selectively absorbed by water in dermal tissue. The beam is fractionated into tiny micro‑spots to create discrete thermal coagulation columns deep in the skin:

• Epidermis remains largely intact (non‑ablative property), reducing open‑wound recovery time.

• Localised dermal heating triggers fibroblast activation to produce fresh collagen and elastin.

• Old scar tissue and irregular dermal structure are gradually remodelled during the healing cycle. Adjustable scanning shape, density, power and pulse duration allow clinicians to tailor treatments for different skin concerns and Fitzpatrick skin types.

3. Core Advantages

✅ Non‑ablative 1550 nm erbium‑doped infrared wavelength 

✅ Fractional scanning design for controlled dermal thermal stimulation 

✅ Shorter downtime and gentler recovery versus CO₂ ablative lasers 

✅ Lower risk of post‑inflammatory hyperpigmentation 

✅ Multiple scan patterns for face, neck and body treatment zones 

✅ Precise parameter settings for sensitive and darker skin tones 

✅ Stable laser source for long‑term high‑frequency clinic operation 

4. Clinical Applications

1. Fine wrinkle reduction and skin firming for facial anti‑ageing

2. Shallow acne scar improvement and uneven skin texture repair

3. Stretch‑mark remodelling

4. Enlarged pore refinement and dull skin brightening

5. Post‑laser maintenance and mild skin resurfacing