I have always been interested in Ruby Lasers.
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Mixing the material: Synthetic Ruby is made from two materials, alumina oxide and chromium oxide. Both have low health risk, but precaution should be made not to inhale the fine powders. I have tested with 90% alumina oxide and 10 % chromium oxide. Also as low as 5% chromium oxide. I mix small portions and I get great results. Just mix the two with a small stick, cover and set aside.
For this you need to make a jig to hold the tile in place so that the registration will be very accurate. I burn slow and at full power. Lettering, spirals, etc. I use air assist to remove the excess ceramic coating.
I just put about 1mm (1/16") of the powder on the spiral pattern flatten it down, turn off the air assist, set the tile back in place and start the burn over.
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Long before LED lasers were commonplace, or even before you could get a He:Ne laser, I was a ruby laser fan. I was just like 10 years old at the time, I remember wondering how I could get a ruby and make my own laser. Wonder if this could work?
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The rubies are very small .1mm but there are millions of them produced in a square the size of a postage stamp. I will try to fill an old photo flash: ( Pack them around the xenon tube ) with about a teaspoon of them and see what effect should be very spectacular. Also I need to try making them under a glass dish in a vacuum.