Page 286 - Blog Posts v1

I think that these examples are showing ink that has melted as it hits the glass slide. The extreme change in kinetic energy, coupled with the already high temperature of the exploded fragments, raises the ink temperature to above its melting point. The ink smears then cools rapidly. Many of the above fragments appear to be quite symmetrical, suggesting this smearing action.
Here's a few more of my 'insects'....
The middle photo shows a mixture of surface ink particles - the 'lumpy' looking particles - and the deeper insects, which are not in focus.
At present, I am investigating whether these ink fragments are potentially carrying viable bacteria or virus particles. If so, they may represent a contamination hazard for tattoo laser operators! This would be very serious since it could cause infection transmissions. Fortunately, the glass slide technique prevents any possible transmission since the glass 'captures' all the high-speed fragments!!
Some of the above slides were supplied by Aaron Carr, Jim Duncan and Lesley Murphy. Many thanks to them for their help.
Mike.
Mike’s Blog Posts 286