Sigurthr
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- Joined
- Dec 11, 2011
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Hello everyone, after much impatient waiting for things to arrive in the mail I'm proud to present my latest build. This is my first build using a torch style host, and a custom one at that. Previously I've always worked out of hobbyist boxes, so this is a real step up.
The host is called "Phobos" and made by Eudaimonium. To my knowledge I'm the first to complete a build with it and present it so far, though someone else could have finished a build and not posted about it. Truth be told I would have had this done about a month ago but there was a mix up in shipping and delays followed. I got someone else's parts and they got mine, but Eudaimonium did everything he could and went out of his way to make things right again. Still though, if something could go wrong, it did. There was the initial shipping mix up and wait for replacement parts, then the focusing ring was discovered to be threaded too deeply, then the clicky switch turned out to be defective, then the contact board's sping too short, and finally the 12mm hole for the module was about 0.5mm too small (or my module too large) in diameter.
I extended the spring's length with solder and coiled copper wire, and fashioned a plastic sleeve to prevent it from shorting out with the case in the event the spring got pushed to one side by the battery and tension. I used a combination of teflon tape and arctic silver thermal epoxy to make the focusing adapter less squirrelly and to set the lens at the correct depth. I sanded out the interior diameter of the head unit by hand so that the aixiz module (diode mount section only) would fit in and then used Ceramique 2 thermal compound to give the best heat transfer. There was just barely enough room for the flexdrive between the diode and the contact board, I'm glad I went with a direct-to-diode mounting of the flexdrive. I don't anticipate heat problems at only 450mA. I had to Arctic Silver Thermal Adhesive the contact board in place in the head because it was about 0.5 to 0.75mm too large in diameter to actually sit in place by itself, and if it got pressed in the recess the flexdrive would not have fit properly. I couldn't figure out a way to safely clamp it so I held it in place the entire liquid to soft gel to thick gel curing time - about 20min. Lastly, I'm waiting on a new clicky switch from ARGLaser, so I'm using a wad of aluminium foil for the negative contact from battery to host, and unscrewing the tailcap as a switch. I remove the battery when not in use.
So far I have tested it to a three minute on time, and the host stays <85F. This host is amazing heatsinking, really incredible. Before I tested it I thought I'd make a second with a PHR-805 or Osram450 with the spare head, but now I think I may do an M140 build instead. All this heatsinking with a low power diode will be a waste.
Parts List:
Phobos Host
12x Blu-Ray Diode
405-G-2 Lens
Flexdrive V5 Driver
AW IC 16340 Battery
Aixiz Module
17mm bare flashlight driver board + spring
"The Phobos" - Custom 405nm Laser Build - 687mW - YouTube
(Foam seals the door so fog stays in and doesn't set off alarms.)
I really love the way this build turned out and I can't wait until I receive the replacement switch for it. I need to get a nice protective case for this laser now.
The host is called "Phobos" and made by Eudaimonium. To my knowledge I'm the first to complete a build with it and present it so far, though someone else could have finished a build and not posted about it. Truth be told I would have had this done about a month ago but there was a mix up in shipping and delays followed. I got someone else's parts and they got mine, but Eudaimonium did everything he could and went out of his way to make things right again. Still though, if something could go wrong, it did. There was the initial shipping mix up and wait for replacement parts, then the focusing ring was discovered to be threaded too deeply, then the clicky switch turned out to be defective, then the contact board's sping too short, and finally the 12mm hole for the module was about 0.5mm too small (or my module too large) in diameter.
I extended the spring's length with solder and coiled copper wire, and fashioned a plastic sleeve to prevent it from shorting out with the case in the event the spring got pushed to one side by the battery and tension. I used a combination of teflon tape and arctic silver thermal epoxy to make the focusing adapter less squirrelly and to set the lens at the correct depth. I sanded out the interior diameter of the head unit by hand so that the aixiz module (diode mount section only) would fit in and then used Ceramique 2 thermal compound to give the best heat transfer. There was just barely enough room for the flexdrive between the diode and the contact board, I'm glad I went with a direct-to-diode mounting of the flexdrive. I don't anticipate heat problems at only 450mA. I had to Arctic Silver Thermal Adhesive the contact board in place in the head because it was about 0.5 to 0.75mm too large in diameter to actually sit in place by itself, and if it got pressed in the recess the flexdrive would not have fit properly. I couldn't figure out a way to safely clamp it so I held it in place the entire liquid to soft gel to thick gel curing time - about 20min. Lastly, I'm waiting on a new clicky switch from ARGLaser, so I'm using a wad of aluminium foil for the negative contact from battery to host, and unscrewing the tailcap as a switch. I remove the battery when not in use.
So far I have tested it to a three minute on time, and the host stays <85F. This host is amazing heatsinking, really incredible. Before I tested it I thought I'd make a second with a PHR-805 or Osram450 with the spare head, but now I think I may do an M140 build instead. All this heatsinking with a low power diode will be a waste.
Parts List:
Phobos Host
12x Blu-Ray Diode
405-G-2 Lens
Flexdrive V5 Driver
AW IC 16340 Battery
Aixiz Module
17mm bare flashlight driver board + spring
"The Phobos" - Custom 405nm Laser Build - 687mW - YouTube
(Foam seals the door so fog stays in and doesn't set off alarms.)
I really love the way this build turned out and I can't wait until I receive the replacement switch for it. I need to get a nice protective case for this laser now.
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