Laser diode and optical fiber for epilation and photo stimulation

Laser hair removal serves to progressively and permanently reduce hair growth by directly targeting the hair follicle.

• The laser emits light with a specific wavelength.
• The light is absorbed by the melanin in the hair.
• The light energy is transformed into heat.
• The heat damages the hair bulb without damaging the surrounding skin.
• The result is a progressive reduction in regrowth, resulting in finer, sparser, or even completely absent hair.

• Longer-lasting results compared to waxing or shaving
• Less irritation
• Smoother skin
• Long-term savings

• Progressively permanent hair removal
• Skin photostimulation
• Treatments for light and dark skin (depending on the wavelength)

• It emits a wavelength generally around 800–810 nm, selective for the melanin present in the hair bulb.
• The heat generated destroys the follicle in the growth phase (anagen), progressively reducing regrowth.

• Excellent balance between efficacy and safety
• Suitable for many skin types
• Relatively quick treatments
• Established and reliable technology

• Collagen stimulation
• Improvement of skin texture
• Anti-aging treatments

• A more stable beam
• Less dispersion
• More efficient cooling

• Longer handpiece life
• Reduced maintenance costs
• Greater client comfort
• High power with precise control

Thanks to the precision of the beam, it can be used for:

• Tissue biostimulation
• Light vascular treatments
• Improved skin elasticity

• Technology: Semiconductor diode
• Energy stability: High
• Maintenance: Medium
• Handpiece life: Good
• Client comfort: Good

• Technology: Fiber source
• Energy stability: Very high
• Maintenance: Low
• Handpiece life: Very high
• Client comfort: Very good