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WARTS
Mild-Few Flat Warts
CO 2 laser is one of the most widely used lasers in the dermatology field. With its wavelength in
the mid-infrared at 10,600 nm, CO 2 laser energy is well absorbed in water. As skin contains a
very high water percentage, this makes the CO 2 laser ideal for precise, safe ablation with good
hemostasis.
Moderate Flat Warts
CO 2 laser is one of the most widely used lasers in the dermatology field. With its wavelength in
the mid-infrared at 10,600 nm, CO 2 laser energy is well absorbed in water. As skin contains a
very high water percentage, this makes the CO 2 laser ideal for precise, safe ablation with good
hemostasis.
Severe Flat Warts
CO 2 laser is one of the most widely used lasers in the dermatology field. With its wavelength in
the mid-infrared at 10,600 nm, CO 2 laser energy is well absorbed in water. As skin contains a
very high water percentage, this makes the CO 2 laser ideal for precise, safe ablation with good
hemostasis.
Mole/Skin Tags Medium Warts
CO 2 laser is one of the most widely used lasers in the dermatology field. With its wavelength in
the mid-infrared at 10,600 nm, CO 2 laser energy is well absorbed in water. As skin contains a
very high water percentage, this makes the CO 2 laser ideal for precise, safe ablation with good
hemostasis.
Mole/Skin Tags Large Warts
CO 2 laser is one of the most widely used lasers in the dermatology field. With its wavelength in
the mid-infrared at 10,600 nm, CO 2 laser energy is well absorbed in water. As skin contains a
very high water percentage, this makes the CO 2 laser ideal for precise, safe ablation with good
hemostasis.
Mole/Skin Tags Extra Large Warts
CO 2 laser is one of the most widely used lasers in the dermatology field. With its wavelength in
the mid-infrared at 10,600 nm, CO 2 laser energy is well absorbed in water. As skin contains a
very high water percentage, this makes the CO 2 laser ideal for precise, safe ablation with good
hemostasis.
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