Treatments

CO2 Laser

A skin resurfacing laser in which the CO2 (carbon dioxide) laser is absorbed by skin moisture to ablate the epidermis and stimulate the dermis. It fundamentally addresses surface skin issues including scars, deep wrinkles, skin aging, and pores. The fractional method delivers energy in a dotted pattern rather than treating the entire skin surface, shortening recovery time while still inducing effective regeneration.

Pico Toning (Fotona)

A laser toning treatment that uses ultra-short picosecond (one trillionth of a second) laser pulses to shatter melanin pigment particles through a photoacoustic effect. With a far shorter pulse width than conventional nanosecond lasers, it effectively breaks down pigment without thermal damage to surrounding tissue. Outstanding for removing melasma and blemishes, evening skin tone, and promoting skin regeneration.

RevLite SI Laser Toning

RevLite SI is a premium laser toning treatment using a 1064 nm Q-Switched Nd:YAG laser to selectively target pigmentation. Its PTP technology delivers energy more evenly, helping improve melasma, dark spots, and dull skin tone. With relatively low downtime and minimal skin irritation, it is well suited for repeated tone-correction treatments. The treatment aims to create a clearer, brighter, and more even-looking complexion.

Excel V Laser

A versatile solution for pigmentation, vascular concerns, and skin elasticity.

LAVIEEN BB Laser

LAVIEEN BB Laser is a 1927 nm laser treatment designed to improve pigmentation and overall skin texture. It helps address melasma, dark spots, dullness, enlarged pores, and promotes a brighter, smoother-looking complexion.

Laser Toning

Quanta 585 Laser

Quanta 585 Laser is a 585 nm solid-state vascular laser designed to selectively target hemoglobin in visible blood vessels. It helps improve facial redness, superficial capillaries, and other benign vascular concerns while minimizing unnecessary impact on surrounding skin

Argen Plasma

Nature-inspired plasma cleansing to address skin concerns