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Follicle size plays a critical role the effectiveness of laser hair reduction. The system homes in on the melanin in the hair follicle, and larger follicles contain more melanin, making them easier to detect and treat. As the melanin absorbs the light energy, it converts to heat, which destroys the hair matrix to prevent renewal. Larger follicles possess higher melanin density and deeper anchoring, they respond more predictably to treatment. Smaller follicles, often found in finer or lighter hair may lack the pigment density required for meaningful disruption, which can lead to inconsistent results. This is why individuals with thick, dark hair typically see faster and more noticeable results than those with light, wispy, or эпиляция александритовым лазером цена low-pigment strands. The size of follicles is location-specific, bikini and axillary follicles tend to be more substantial than those located on the neck or legs, accounting for their faster response rate. Treatment protocols are often adjusted based on follicle size to maximize efficacy while preserving epidermal integrity. A trained professional considers follicle width, melanin content, and dermal contrast to customize settings for each patient. While laser hair reduction can significantly reduce hair growth, understanding follicle size helps set realistic expectations and clarifies the need for repeated treatments. Not all follicles are in the same growth phase at the same time, and the diameter determines the laser’s access and absorption depth. With regular, precisely calibrated sessions matched to follicle traits, the majority achieve sustained suppression of regrowth, not all follicles respond with total, irreversible destruction.