English (United States) 
Español (Estados Unidos) DIODE LASER | LASERA
Laser Hair Removal Device
Lasera is a diode laser designed for a long operational lifespan. The combination of power, wavelength and spot size makes this technology a reference device that provides fast, precise and painless results.
FDA Approved LED Technology for Hair Removal
Skin tones I to VI
Treated safely
Triple wavelength
755, 808 and 1064 nm
20% faster
Than a traditional laser
Lasera is a compact, ergonomic yet powerful diode laser designed for any area of the body. Its pulse duration, fluency and firing frequency are adjustable to suit various skin and hair types, providing flexibility and precision. Its high power generator (2400W) allows you to work all day without stopping, increase both efficiency and profitability.
Indeed, the triple wavelength (755/808/1064nm) leads to an optimal absorbsion by the melanin, leading to selective photothermolysis, where the laser energy is converted to heat, damaging the hair follicle while minimizing damage to surrounding tissue.
SAFE & PROFITABLE
Lasera works with pulse fractioning, a technique gradually building up the heat to ensure a smooth and comfortable treatment.
Equipped with a long-lasting hand piece, investing in Lasera means investing in the long-term.
Laser diode hair removal is a non-invasive procedure that utilizes a high-powered diode laser emitting a coherent and monochromatic light beam. Working on the concept of selective photo-thermolysis (similar to IPL), the laser emits photons at a specific wavelength (755, 808, 1064 nm) that is selectively absorbed by the melanin pigment present in the hair follicles. This absorbed energy converts into heat, damaging the follicle and impeding its ability to produce new hair. The laser's longer pulse duration and larger spot size enable deeper penetration and efficient targeting of multiple hair follicles simultaneously. The procedure requires multiple sessions to treat hair in different growth phases and achieve long-term hair reduction.
Working with a lower brightness, the burning risk of light-emitted area is much lower allowing to work on a larger number of skin types.
