Description
Technical Parameters

The Best Choice for Safe & Effective Skin Rejuvenation
For superficial skin resurfacing, pigmentation correction, and overall skin rejuvenation, the Fractional Thulium Laser (1927nm) is the superior choice. With its precise targeting of the epidermis and upper dermis, minimal downtime, and safer approach compared to CO₂ and 1550nm Erbium lasers, it is the ideal solution for patients seeking effective results with lower risks.

How Does the Fractional Thulium Laser Work?
The 1927nm wavelength is absorbed by water in the epidermis, creating controlled microthermal treatment zones (MTZs). These MTZs stimulate collagen remodeling and skin renewal, while preserving surrounding tissue for faster healing.
This fractional effect allows for skin rejuvenation, pigmentation removal, and texture improvement without excessive damage.

Key Differences & Advantages of the 1927nm Fractional Thulium Laser
1️⃣ Depth & Precision: Targeting the Epidermis and Upper Dermis
Thulium Laser (1927nm):
Specializes in superficial skin layers (epidermis and upper dermis).
Targets water molecules in the skin, promoting controlled micro-evaporation and collagen stimulation while keeping deeper tissues intact.
Ideal for pigmentation issues, skin tone correction, and fine lines.
CO₂ Laser (10,600nm):
Highly ablative, penetrating deep into the dermis and causing significant tissue removal.
Best for deep wrinkles, acne scars, and advanced skin resurfacing, but has longer downtime and a higher risk of side effects.
1550nm Erbium Laser:
Penetrates deeper than Thulium, reaching the mid-dermis.
Stimulates collagen production and is effective for mild to moderate wrinkles and acne scars, but does not effectively address epidermal pigmentation like Thulium.

2️⃣ Balanced Between Ablative & Non-Ablative Treatment
Fractional Thulium Laser bridges the gap between ablative and non-ablative lasers, offering visible skin rejuvenation with less recovery time.
Unlike CO₂, which removes the skin's surface completely, Thulium creates microchannels in the skin, allowing faster healing and lower risk of complications.
Compared to 1550nm Erbium, Thulium provides superior pigmentation removal while still stimulating collagen production.

3️⃣ Pigmentation & Skin Tone Correction: The Best Choice for Superficial Lesions
The 1927nm wavelength is specifically designed for treating epidermal pigmentation, making it more effective than 1550nm Erbium and CO₂ lasers for melasma, sun damage, and superficial pigmentation.
CO₂ lasers, while effective for deep resurfacing, carry a higher risk of post-inflammatory hyperpigmentation (PIH), especially in darker skin types.
The Thulium laser offers a safer and more effective alternative for pigmentation issues.
Specification
| Machine Type | 1927nm Thulium Laser |
| Wavelength | 1927nm |
| Laser Power | 30W |
| Energy | 1-300mJ |
| Working Mode | Fractional; Pulse; Super Pulse |
| Tip size | 30mm |
| Pulse Width | 0.1-10ms |
| Graphic Size | 1*1mm-20*20mm |
| Scan mode | Order, Center or Random |
| Scan graphic | Rectangle, Square, Triangle, Round, Elipse, Hexagon |
| Spot distance | 0.1mm ~ 2mm |
| Cooling System | Air Cooling |
4️⃣ Minimal Downtime & Faster Recovery
Patients treated with the Fractional Thulium Laser experience only mild redness and peeling, usually recovering in just a few days.
CO₂ laser treatments can require weeks of recovery due to intense ablation and deeper tissue damage.
1550nm Erbium laser recovery is moderate, but it does not offer the same level of pigmentation correction as Thulium.




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