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FrozenGate by Avery

"Blue Demon" & "Green Demon" now available - 15W Blue & 4W Green Handhelds






Has anyone gotten the double blue with both diodes in working order? I'd love to the see the far field overlap and how close they managed to get it
 
I wonder why the blue 445s have the diode issues and the green 525s don’t so much. Just send Tinker an offer on one. They’re willing to work with you on price.
 
Shmackitup said:
Alright, the moment you've all been waiting for is finally here! ;)

I had a few minutes tonight to tear this thing down. After trying better batteries on the blue pointer I still wasn't getting any better output so I chose that one to disassemble. I first disconnected the diode leads from the driver and tested each diode separately. As I suspected, one diode worked and the other didn't. Not even a glimpse of blue emitting and the power supply showed no current when connected so it was a wide open circuit. I'm guessing the Chinese didn't even bother to test this one after it was assembled.

I first heated up the top cap of the pointer at 600 degrees F with my trusty heat gun. I was able to break it free from the Chinese laser pointer glue and unscrew it fairly easily with a silicone rubber jar opening grip. The final optics assembly came out very easily and I was surprised by how much Chinese laser pointer lube was inside just millimeters from the lens. I cleaned up the globs and went to work on the rest of it. I heated the crap out of it at 600 degrees and it just wouldn't budge. I finally cranked it up to 800 degrees F and finally broke it free using 2 pairs of Channellocks. That piece is marred pretty good but it'll buff out after I throw it on my lathe.

It looked like the diode module assembly was also glued in but the immense heat allowed it to just be pushed out easily from the other end. There was a little bit of thermal paste on it that I wiped clean. I then removed the 2 tiny little Philips screws and popped the top off the module.

There are two "G-Ball" diodes in the module so they are definitely not NUBM44 diodes as previously stated. I was told they are NUBM0F diodes and that makes sense because they do have close to 7 watts output which rules out a NUBM08 or similar diode. I may replace one or two of the diodes with NUBM0Gs and see how that works out. A mixed color output might be neat but who knows.

Here's the album of all the photos I took: https://ibb.co/album/8YFjSy

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First time seeing this for me..
Well done!!!:)
 
JDCKent said:
I wonder why the blue 445s have the diode issues and the green 525s don’t so much. Just send Tinker an offer on one. They’re willing to work with you on price.
Click to expand...
There's a lot of issues with Tinker right now... might be wise to avoid them.
 
Got my replacement demon and it works correctly. Meter shows 17W at first and I don't care to keep that much power on the sensor for more than a second, even focused to as wide as I can while still fitting on the sensor.

They made my 593 right too. The 2nd one they sent was underspec by half, outputting only 14mW max and usually doing 10-12mW when it was supposed to be 25mW. this one is overspec by 2x, putting out over 50mW Plus its a mirrored gold host now. Considering I paid for the 25mW model and the next one up is 40mW and costs like $100 more, I can't complain too much. I'll make a thread with a short review and overview of all the units I got here soon
 
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Shakenawake said:
Got my replacement demon and it works correctly. Meter shows 17W at first and I don't care to keep that much power on the sensor for more than a second, even focused to as wide as I can while still fitting on the sensor.
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What lasermeter are your getting 17W on the so-called 15W Blue demon unit??
When I asked, I was told from one of the distributors I been working with, the dual green was between 2.6 to 3W and blue 10 to 12.5W.
It's a dual-diode setup and the diodes ain't tortured for obvious reasons, as its a retail product, but it was back in late 2023, so maybe things has changed..
What amp draw are you getting at the cap, if you connect through a multimeter?
 
I have a scientech 365. It normally shows a peak power for a split second before the diodes begin to heat and the power slowly drops. On the 50% setting it flashed over 8W. Neither 8W nor 17W is an amount that I want to leave on the sensor for more than a second. I don't have a multi-meter, sorry.
 
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