AGAIN DEKA PRO Hair Removal — Full Bikini

Laser hair removal of the full bikini area using the AGAIN DEKA PRO diode laser, a high-powered alexandrite and Nd:YAG hybrid platform designed for permanent hair reduction across all skin phototypes.

The AGAIN DEKA PRO laser hair removal at Spire Clinic uses one of the clinic's flagship devices — a high-powered diode laser platform manufactured by DEKA (El.En. Group, Italy) that combines multiple wavelengths for effective hair removal across the full range of skin tones, from fair Fitzpatrick type I to dark type VI. The device operates with a large spot size and integrated cooling system, allowing rapid treatment of broad body areas while maintaining patient comfort. Laser hair removal works through the principle of selective photothermolysis: the laser energy is preferentially absorbed by melanin in the hair follicle, converting to heat that damages the follicular stem cells responsible for hair regrowth. The surrounding skin, containing less concentrated melanin, absorbs less energy and is spared. For this mechanism to work effectively, the hair must be in the active growth phase (anagen), which is why multiple sessions are required — at any given time, only 20-30% of hair follicles are in anagen. The full bikini treatment at Spire Clinic covers the entire pubic region, including the bikini line, mons pubis, labia, and perianal area. Treatment takes approximately 30 minutes. The DEKA PRO's integrated sapphire cooling tip maintains epidermal temperature during firing, reducing discomfort to a tolerable warm snapping sensation. Most patients describe it as significantly more comfortable than older-generation diode lasers. A course of 6-8 sessions spaced 4-6 weeks apart is standard for the bikini area, reflecting the hair growth cycle length in this region. Each session produces progressive reduction in hair density, thickness, and regrowth speed. After completing the initial course, most patients achieve 80-90% permanent hair reduction, with occasional maintenance sessions (once or twice yearly) to address any residual follicles that re-enter the growth cycle.