What Should Be the Laser Epilation Shot Level?
The shot level (energy level) used in laser epilation may vary depending on skin type, hair color, hair density and laser type. The shot level determines how much energy the laser light sends to the skin and correct adjustment is very important for an effective result.

Factors Determining Laser Epilation Shot Level:
Skin Type:

The shot level varies depending on the skin type. For example, lower energy levels are used for light-skinned individuals and slightly higher energy levels are used for darker-skinned individuals.
The shot power is adjusted by taking into account subcutaneous pigmentation (e.g. tanned skin).
Hair Color and Thickness:

Dark and thick hair requires more energy because the laser light targets the dark pigment (melanin). Therefore, higher shot levels can be used for dark hair.
Light-colored hair is treated with lower shot power because melanin pigment is needed for the laser to be effective.
Laser Type:

Different laser types (e.g. diode laser, alexandrite laser, Nd:YAG laser) have different pulse rates, and each laser type is optimized for specific skin types.
Diode laser is generally suitable for medium skin and dark hair, Nd:YAG laser may be safer on darker skin, while alexandrite laser is more effective for people with fair skin.
Hair Growth Period:

The hairs that laser is most effective on are in the active growth (anagen) phase. Hairs in this phase can be effectively destroyed with stronger energy.
Pulse Rate and Safety:
If the pulse rate is set too high, burns or pigment changes may occur on the skin.
In laser epilation performed by experts, the appropriate energy level for the person's skin and hair type is determined in each session, thus ensuring a safe procedure.
Result:
The pulse rate of laser epilation is determined individually. Higher energy levels are preferred for people with fair skin and dark hair, and lower energy levels are preferred for individuals with darker skin. Laser application must be performed by a specialist and the procedure must be carried out with the correct energy level.