Training

Pico Laser Training

Pico Laser Training: 1064 nm vs 532 nm — The difference between 1064 nm and 532 nm in pico treatments — depth, epidermal melanin, tattoo colour response, darker-skin caution, and melasma wavelength strategy.
Pico Laser Training: Why 532 nm Requires Caution on Darker Skin Types — Why 532 nm needs caution on darker skin — epidermal melanin absorption, PIH and melasma risk, red/orange ink trade-offs, and when 1064 nm is more conservative.
Pico Laser Training: What Is LIOB Fractional Pico? — What laser-induced optical breakdown (LIOB) is, and how fractional picosecond platforms use it for non-ablative remodeling of pores, texture, and acne scars.
Pico Laser Training: Why PMU Removal Is Not the Same as Tattoo Removal — Why permanent makeup removal isn't tattoo removal on the face — PMU pigment chemistry, oxidation and colour-shift risk, facial anatomy, and conservative pico protocols.
Pico Laser Training: Tattoo Colour and Wavelength Selection — How tattoo colour drives pico wavelength selection — why black, red, orange, green, blue, and cosmetic inks respond differently, and how skin type shapes the plan.
Pico Laser Training: Why Melasma Requires Conservative Energy — Why melasma needs conservative laser energy — how heat and inflammation drive rebound pigmentation, and why even picosecond protocols must be planned with restraint.
Pico Laser Training: Why Pulse Duration Matters — Why pulse duration matters in pico lasers — how picosecond pulses differ from nanosecond Q-switched, and why shorter pulses support pigment, tattoo, PMU, and melasma work.

Diode Laser Training

Diode Laser Training: In-Motion vs Static Hair Removal — In-motion vs static diode technique — how each delivers energy, when to use gliding passes vs deliberate placement, and why cooling and mapping decide the result.
Diode Laser Training: Why 808 nm Is the Gold Standard for Laser Hair Removal — Why 808 nm is the core diode wavelength for professional hair removal — melanin absorption, follicle targeting, penetration depth, and where DioLase Titanium fits.