Alright guys here we are. only have my phone to take pictures, but i picked the best and resized them on paint...hopefully im doing this right.
I have been trying to get this together for a long time now, and finally I have enough together to start a post. Although compared to multi, my progress will be much slower, so nobody hold their breath for updates.
Basic rundown is three lasers 120° apart reflecting towards the center and out. All three modules are liquid cooled, and the liquid is actively cooled by a TEC. There will be pots to adjust each beams brightness manually. At the front I will have an attachment, a 5 motor spirograph generator. (If I can get the alignment) each motor will have a manual individual control. i will also have a voltage monitor.
To power all this im running a single LiFePo4 long M cell.
And picture dump.
This is the radiator I was going to use, custom made for size that's a 40x40mm peltier
This is inside the water block that just finished
Here are the frames for the dichros
first photo has the old batteries at the top, and the new under. you can also see the fan, heatsink, tec, and pump on the left, the key lock switch on the right along with 10mm optics.
third picture shows the top, where the three modules will be placed facing up. fourth shows the cavity being cooled, and where the beam will exit
the boards are about 1.85'' diameter. three drivers for the lasers, one for the pump and fan, and one for stable voltage on the tec driver
next on the milling list is, optics cavity,stands, control/driver section, and battery case, end cap for key lock. and boards need to be made
I have been trying to get this together for a long time now, and finally I have enough together to start a post. Although compared to multi, my progress will be much slower, so nobody hold their breath for updates.
Basic rundown is three lasers 120° apart reflecting towards the center and out. All three modules are liquid cooled, and the liquid is actively cooled by a TEC. There will be pots to adjust each beams brightness manually. At the front I will have an attachment, a 5 motor spirograph generator. (If I can get the alignment) each motor will have a manual individual control. i will also have a voltage monitor.
To power all this im running a single LiFePo4 long M cell.
And picture dump.
This is the radiator I was going to use, custom made for size that's a 40x40mm peltier
This is inside the water block that just finished
Here are the frames for the dichros
first photo has the old batteries at the top, and the new under. you can also see the fan, heatsink, tec, and pump on the left, the key lock switch on the right along with 10mm optics.
third picture shows the top, where the three modules will be placed facing up. fourth shows the cavity being cooled, and where the beam will exit
the boards are about 1.85'' diameter. three drivers for the lasers, one for the pump and fan, and one for stable voltage on the tec driver
next on the milling list is, optics cavity,stands, control/driver section, and battery case, end cap for key lock. and boards need to be made
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