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980nm diode lasers effectively treat vascular lesions such as spider veins and cherry angiomas by selectively targeting and heating hemoglobin in blood vessels, causing it to coagulate and be absorbed by the body.
The laser's principle, known as selective photothermal therapy, damages blood vessel walls without leaving noticeable scars. This approach offers a less invasive alternative to surgical treatment and can also stimulate collagen growth and improve skin elasticity.
Removal of Spider Veins:
The 980nm laser heats the vessel walls, causing them to shrink and gradually disappear, all while avoiding damage to the surrounding skin.
Nail Fungus:
The 980nm laser penetrates the nail to reach the infected tissue, heating and destroying fungal cells, stopping their growth, and accelerating nail recovery.
Varicose Vein Treatment:
The laser heats the veins, causing them to shrink and close. The treated vein is absorbed by the body, and blood is redirected to healthier veins.
Pain Relief:
The laser improves circulation, stimulates cell repair, and speeds up recovery, reducing inflammation and alleviating pain.
Precision wavelength (980nm)
Precisely targets tissues such as blood vessels and fungi.
Adjustable spot size
The focal spot size can typically be adjusted between 0.2 mm and 0.5 mm, enabling precise treatment.
Contact cooling technology
Reduces thermal damage to the epidermis and improves treatment comfort.
Targeted treatment
Focused energy is targeted to specific lesions, minimizing damage to surrounding tissue.
Easy operation
An integrated LED display ensures intuitive control and a smoother user experience.
Fast and effective
Treatments take only 5-20 minutes, with visible results immediately after treatment.
Spider Angiomas (Spider Veins)
Cherry Angiomas
Venous Lakes
Elevated Vasculature (Telangiectasias) of the Face and Body
Leg Veins
Other Deep and Large Vascular Lesions
980nm diode lasers effectively treat vascular lesions such as spider veins and cherry angiomas by selectively targeting and heating hemoglobin in blood vessels, causing it to coagulate and be absorbed by the body.
The laser's principle, known as selective photothermal therapy, damages blood vessel walls without leaving noticeable scars. This approach offers a less invasive alternative to surgical treatment and can also stimulate collagen growth and improve skin elasticity.
Removal of Spider Veins:
The 980nm laser heats the vessel walls, causing them to shrink and gradually disappear, all while avoiding damage to the surrounding skin.
Nail Fungus:
The 980nm laser penetrates the nail to reach the infected tissue, heating and destroying fungal cells, stopping their growth, and accelerating nail recovery.
Varicose Vein Treatment:
The laser heats the veins, causing them to shrink and close. The treated vein is absorbed by the body, and blood is redirected to healthier veins.
Pain Relief:
The laser improves circulation, stimulates cell repair, and speeds up recovery, reducing inflammation and alleviating pain.
Precision wavelength (980nm)
Precisely targets tissues such as blood vessels and fungi.
Adjustable spot size
The focal spot size can typically be adjusted between 0.2 mm and 0.5 mm, enabling precise treatment.
Contact cooling technology
Reduces thermal damage to the epidermis and improves treatment comfort.
Targeted treatment
Focused energy is targeted to specific lesions, minimizing damage to surrounding tissue.
Easy operation
An integrated LED display ensures intuitive control and a smoother user experience.
Fast and effective
Treatments take only 5-20 minutes, with visible results immediately after treatment.
Spider Angiomas (Spider Veins)
Cherry Angiomas
Venous Lakes
Elevated Vasculature (Telangiectasias) of the Face and Body
Leg Veins
Other Deep and Large Vascular Lesions
