NAFL 1927nm thulium laser

Enlarged pores can form visible pores in the skin, causing trouble to many beauty lovers, the cause remains to be further explored. Currently.

It is believed that the main factors affecting pore size are active sebaceous glands, loose tissue structure around pores, and hair follicle hypertrophy. These pores are slight depressions in the surface of the skin that contain openings for many sebaceous and sweat glands.

Pores are related to internal and external factors such as androgen, estrogen, acetylcholine, epinephrine, carbonylated proteins, race, gender, age, acne, season, sleep, etc.

Non-ablative fractional laser(NAFL) 1927nm Thulium Laser can treat large pores on facial skin. The treatment is relatively safe and highly satisfactory.

At present, there are a variety of photoacoustic and drug treatment options for large facial skin pores at home and abroad. Oral drugs can regulate hormone levels in the body, oral drugs can inhibit sebaceous glands, and local botulinum toxin injections can act on sebaceous glands, regulate sebaceous gland secretion, and thereby improve large pores. ; Retinoids and corresponding equipment treatments for facial rejuvenation and facial skin reconstruction can improve the elasticity of the tissue structure around pores, thereby improving large pores.

Applying a device that targets hair follicles is expected to improve the vigorous growth of hair follicles, thereby improving enlarged pores. Among them, non-ablative fractional laser has been used to improve the elasticity of tissues around pores because of its relatively small damage to the epidermis and short recovery time. The theoretical basis for non-ablative fractional laser treatment of enlarged pores on facial skin is that it can pass through the skin. Reconstruct and improve the elasticity of the tissue structure around pores, thereby achieving the purpose of tightening pores.

The 1927nm thulium-doped fiber laser fractional mode is a new wavelength laser among non-ablative fractional lasers. It has been widely used in the field of urology because of its high accuracy, small damage and strong hemostatic ability. It is mainly used as a minimally invasive surgical tool. . In recent years, thulium-doped fiber laser lattice mode has been gradually used in dermatology.

As a new type of laser used in dermatology, the 1927nm thulium-doped fiber laser still has room for research in the treatment of enlarged facial pores. A study compared the histological changes of facial skin biopsies of two volunteers before treatment with 1927nm thulium-doped fiber laser fractional mode and 2 months after the last treatment. Collagen regeneration and reduction of melanin in the basal layer were observed.

The target of the 1927nm thulium-doped fiber laser lattice mode is water. The absorption of water by the 1927nm wavelength laser in NAFL is 10 times that of the 1550nm wavelength laser. Its depth of action can reach 200μm to the papillary layer of the dermis. Its target area is the dermis and Epidermal junction area. This allows it to reconstruct the SL structure area when treating large pores on the face, and reduce the chromatic contrast of larger pores and uneven skin tone areas, thereby repairing large pores.

In NAFL, the 1927nm thulium-doped fiber laser therapy device can adjust the pulse time, power, scanning lattice spacing, scanning number superposition and scanning time according to the treatment needs, which is more conducive to us controlling the effect on the skin. It is a kind of device that can be between Treatment modalities between AFL and NAFL. The adverse reactions after 1927nm thulium-doped laser treatment have little impact on the life of patients seeking beauty, and it is relatively safe and highly satisfactory.

Conclusion: Enlarged facial pores trouble patients. The pathogenesis is many and complex, and there are many treatments. Studying the influencing factors of enlarged pores can help find out the potential causes of patients’ enlarged pores and choose appropriate treatments. There are many studies on enlarged pores. , further research is needed to provide more effective methods for preventing and treating enlarged pores in the future.

Note:

NAFL: Non-ablative fractional laser； AFL: Ablative fractional laser