Product Details

1. Ultrashort Pulse Delivery : The picosecond laser emits a highly concentrated beam of light with a pulse duration in the picosecond range (trillions of a second).
2. Targeted Absorption : The specific wavelength of the laser light is chosen to be selectively absorbed by the target chromophore (pigment) within the skin. Common targets include me-lanin (for pigmentation), tattoo ink particles,and scar tissue.
3. RapidEnergy Deposition : The ultrashort pulse duration ensures that the vast majority of the laser energy is deposited within the target chromophore before significant heat diffusion can occur.
4. Photomechanical Disruption : The rapid energy deposition leads to a rapid rise in pressure within the chromophore, causing it to vibrate violently and fragment into much smaller par-ticles.
5. Natural Elimination : These shattered pigment fragments are microscopic and easily elimi-nated by the body's natural immune system through a process called phagocytosis.

This photomechanical effect allows for the breakdown of targeted pigments without significant col-lateral damage to surrounding healthy tissue.

Picosecond lasers achieve exceptional efficacy for various aesthetic concerns compared to tradi-tional Q-switched lasers due to their unique photomechanical effect. Here's why :

• Finer Fragmentation : The ultrashort pulse duration results in a much finer fragmentation of the target chromophore, making it easier for the body to eliminate. This translates to fewer treatment sessions needed to achieve desired outcomes.
• Reduced Energy Dose : The selective targeting of the photomechanical effect allows for ef-fective treatment with a lower average energy dose compared to Q-switched lasers. This mi-nimizes discomfort during the procedure and further reduces the risk of side effects.
• Exceptional Efficacy for Stubborn Concerns : Picosecond lasers demonstrate remarkable effectiveness in treating challenging aesthetic concerns, including:
• Tattoo removal (all colors) : The ability to target a wider range of wavelengths al-lows for effective removal of stubborn tattoo pigments, including previously diffi-cult-to-treat colors.
• Freckles and Sun Damage : The selective targeting of melanin pigments makes pi-cosecond lasers ideal for treating freckles, sun damage, and other forms of hyper-pigmentation.
• Melasma : The ability to target specific wavelengths within the melanin spectrum al-lows for effective treatment of melasma, a challenging pigmentation concern.
• Acne Scars : By stimulating collagen production and breaking down scar tissue, pi-cosecond lasers can improve the appearance of acne scars.

Beyond its effectiveness in pigment removal, the advanced design of picosecond lasers allows for remarkable versatility in various aesthetic applications.
Here's a closer look :

• Adjustable Pulse Frequency (1-10Hz) : The ability to adjust the pulse frequency allows for tailoring treatment parameters to specific concerns, ensuring optimal results.
• Variable Spot Size (1-10mm) : Precise targeting of different treatment areas is possible by adjusting the spot size of the laser beam.
• Multiple Wavelengths (532nm, 785nm, 1064nm) : The availability of different laser wave-lengths allows for targeting a broader spectrum of chromophores and addressing a wider range of aesthetic needs.

This versatility empowers you to offer a comprehensive suite of aesthetic treatments, including :

• Tattoo removal
• Pigmentation correction
• Skin rejuvenation
• Carbon facials (for oil control and pore minimization)
• Removal of black/blue/coffee spots

By incorporating picosecond laser technology into your practice, you can elevate your treatment offerings and achieve unparalleled clinical results.
Ready to learn more? Contact us today to discover how picosecond lasers can empower you to de-liver exceptional patient care.