Dark tattoos in shades of black, brown and blue are effectively and successfully removed with the Carbon Profi 1064 nm attachment.

You need professional equipment so that your customers do not regret their decision to have their tattoo removed. The Carbon Profi removes old tattoos reliably and effectively with its attachments. For maximum performance, you can choose between attachments with different wavelengths. For example, the 1064 nm attachment removes dark pigments and the 532 nm attachment is well suited for light pigments, especially red, orange and yellow.

In addition to tattoo removal, the Carbon Profi can also perform a carbon peel, also known as the popular Hollywood peel. You can find the Carbon Profi device and all its accessories in our online store!

Feature/Parameters	532nm attachment	1064nm attachment
Wavelength	532 nm	1064 nm
Target chromophore	Melanin, hemoglobin	Water, melanin, deeper pigments
Area of application	Superficial skin layers	Deeper skin layers
Treatments	Removal of superficial pigment spots, treatment of vascular lesions (e.g. spider veins), superficial tattoos	Removal of deeper pigmentation spots, removal of deeper tattoos, skin rejuvenation, reduction of fine lines and wrinkles
Effectiveness	Good for superficial pigmentation and vascular lesions	Good for deeper pigmentation and skin rejuvenation
Side effects	Slight redness, rare swelling	Slight redness, swelling, rare blistering
Recovery time	Short, usually no downtime	Moderate, a few days depending on treatment
Safety	High level of safety when used correctly, suitable for lighter skin types	Highly safe when used correctly, suitable for darker skin types
Typical sessions	Multiple sessions for best results	Multiple sessions for best results
Pigment	Warm pigment: Refers to pigments with reddish, yellowish or brownish hues. These pigments absorb light in the visible spectrum and are often treated with shorter wavelengths.	Cold pigment: Refers to pigments with bluish, greenish or black hues. These pigments absorb light in the infrared spectrum and are often treated with longer wavelengths.