Have you ever wondered just what untreated tattoos look like under a microscope? Take a look at the photos below and you can clearly see the spheres of tattoo ink in human tissue samples on the left side. In a large tattoo, there are literally millions of these pigmented “ink balls” located in and around billions of microscopic skin cells. The spheres of pigment are trapped in fibrous connective tissue and unable to move which gives tattoos their permanence. Even macrophages (white blood cells) which normally engulf and digest foreign substances like extracellular debris cannot remove these balls of ink.
After the tattoo on the left side of our picture was treated with the PicoSure laser the balls of ink were fractured in to the smallest of particles by the patented PressureWave™. Vaporized ink particles are now small enough to escape the fibrous mesh that was previously holding them stationary. Some particles enter the clear fluid between cells and exit via the lymphatic system. Any leftover ink is small enough that it can now be easily cleared by macrophages. The image on the right shows the resulting ink clearance. Each treatment clears more and more ink until the tattoo is no longer visible and the treatments can be halted. If you have a tattoo you would like to have treated by my state of the art PicoSure laser I can be reached by phone @ 512-479-9997 or just stop by my NEW location in Austin, TX: Austin Medspa on W. 6th St.