What are the advantages and disadvantages of freezing and laser mole removal?

When we see black dots suddenly appear on the skin and the area is relatively large, the first thing we consider is a mole rather than a spot. Because the area of ​​black spots is often not very large, and they are relatively concentrated and do not appear alone. In fact, moles can be covered with cosmetics, but this is not a permanent solution. Sometimes, the stimulation of cosmetics may cause moles to become more and more, so mole removal has become a must for people who love beauty. So, what are the advantages and disadvantages of freezing and laser mole removal?

Liquid nitrogen freezing mole removal

Indications: Flat moles with a diameter of 0.3-0.5 cm, including freckles, etc.

Method: Use liquid nitrogen to freeze the nevus tissue extremely quickly, causing the cells around the nevus to form blisters and then fall off on their own.

Advantages: The depth of destruction is relatively easy to control, it can usually be cured in one treatment, and it is not easy to cause obvious scars.

Disadvantages: Large and thick moles need to be frozen multiple times to be cured, and special instruments must be used. The doctor's skills are also very important.

Laser Mole Removal

Indications: Most moles, including deep and shallow moles, can be treated.

Method: Currently, shallow moles can be removed with lasers, such as ruby ​​laser, chrome laser or dye laser; if the moles are larger and deeper, carbon dioxide ultra-pulse laser should be used to remove them.

Advantages: Laser mole removal can control the size and depth of the optimal light spot, and is less likely to leave scars or become infected.

Disadvantages: For moles that are too deep, you may still need to treat them in multiple sessions.

Which is better, laser mole removal or liquid nitrogen freezing mole removal? Laser mole removal is currently recognized as the most effective mole removal method and is your best choice for mole removal beauty. Laser mole removal is recommended.