JLSE
1
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- Dec 13, 2007
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The only problem I see with this is protecting your laser from the tar and nicotine. If you use a lens and the cigarette lights too close to it, it wont take long for it to cause problems. If the design uses an exposed diode, same thing.
You may get it to work, but getting beyond lighting even a pack of smokes worth, in a confined space will just work against you.
Now maybe if there is room for a small fan (larger unit / table top lighter..) to keep the laser area free of smoke, the reliability factor may go up. Remember cig smoke is very sticky and gums up things (like your lungs ) almost effortlessly, your going to have to try and work around this.
Best of luck, it will be interesting to see the results
*edit*
If you are going to cover the lighting area to protect the eyes, you wont see the beam. So its probably a good idea to use cheap power such as a 500mW 808nm IR diode. The most bang for your buck, effective burning at close range and needs less voltage than other diodes.
You may get it to work, but getting beyond lighting even a pack of smokes worth, in a confined space will just work against you.
Now maybe if there is room for a small fan (larger unit / table top lighter..) to keep the laser area free of smoke, the reliability factor may go up. Remember cig smoke is very sticky and gums up things (like your lungs ) almost effortlessly, your going to have to try and work around this.
Best of luck, it will be interesting to see the results
*edit*
If you are going to cover the lighting area to protect the eyes, you wont see the beam. So its probably a good idea to use cheap power such as a 500mW 808nm IR diode. The most bang for your buck, effective burning at close range and needs less voltage than other diodes.