KTP Laser Treatments at Manhattan Laser Spa in Florida offer a safe and effective solution for treating vascular and pigmented lesions. The NewSurg KTP platform uses a green light laser with a wavelength of 532 nm to break up these common cosmetic abnormalities. The handheld device delivers energy into the treatment areas, such as the face and body, minimizing discomfort and providing speedy results. This treatment is suitable for individuals with concerns like spider veins, rosacea, sun damage, and pigmented moles. Results can be seen instantly in some cases, while others may take four to six weeks to fade away.
If you’re looking to achieve clearer and healthier-looking skin, book an appointment for KTP Laser Treatments at Manhattan Laser Spa in Florida. Our highly-trained specialists will provide the best treatment for your specific concerns and ensure a comfortable and efficient experience. Say goodbye to vascular and pigmented lesions and hello to renewed confidence. Contact Manhattan Laser Spa at our Florida location today to schedule your consultation.
The NewSurg laser can remove a wide variety of vascular lesions, including:
The KTP NewSurg laser effectively targets and reduces port-wine stains, offering a safer and more efficient alternative to traditional methods.
Treat the redness and flushing of rosacea with the NewSurg laser, which specifically targets enlarged blood vessels to balance skin tone.
Eliminate fine spider veins on the cheeks and around the nose with the laser’s precision targeting, promoting clearer, smoother skin.
For removing venous lakes often found on the lips, the NewSurg laser penetrates deep to facilitate safe and effective removal.
Quickly and safely remove bright red cherry angiomas with the KTP NewSurg laser, often in just a single session.
Smooth out scar tissue and promote new skin cell growth with the laser, effectively fading scars for a more natural look.
Combat sun damage by targeting spots and uneven skin tone, restoring your skin’s youthful appearance.
Reduce the appearance of pigmented moles safely by breaking down excess melanin, minimizing the need for more invasive procedures.
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