Get ultraclean surfaces !

  • High power UV light source

    Generation of ozone which breaks down surface contaminants into volatile compounds

  • Can be used on various surfaces and substrates

    Silicon, Silicon nitride,Diamond, MEMS surfaces, Glass, Mica, Metals

  • Non destructive method

    No trace left and no damage caused to the sample

The UV Printer can remove organic molecules from a surface by dissociating them thanks to a photo-sensitized oxidation process. It allows you to have a very clean surface, cleared from residues that could influence the properties of the surface of your sample. It can also be used as an activating tool or a printing device for your surfaces.

Printing the micropatterns:

The main application of the UV Printer related with our products is to print the micropatterns onto the glass substrate (either a Micropatterned slide or a Micropatterned dish).The lamp and everything you need to get micropatterns on slides is provided with the Micropatterns Fabrication Kit. The following brief procedure will illustrate the use of the UV Printer.

First, the glass substrate is coated with an anti-adhesive agent, e.g. Polyethylene glycol (PEG) (pre-coated slides can be provided).
To pattern the surface, a Micropatterning Photomask is placed over the substrate. It will define the areas that will enable the cells to be adherent.
Then, the high energy light of the deep UVs will damage the exposed areas printing the patterns.
Finally, extra cellular matrix (ECM) proteins are loaded over the treated surface. The anti-fouling effect of the patterned coating will make the ECM attach only on the damaged areas. Thus, the cells will adhere and multiply only over the restricted areas.

3 steps micropatterning principle