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- May 4, 2009
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Howdy All Well I just finished this one and had to share 
This is a Direct Press copper heat sink for the RL-2088 host.
It weighs in at a heavy weight of 2.5 pounds of copper now
that should cool just about any laser diode for a long time
Just weighed in at the post office so it's official any one want
to guess the weight with 3ea 18650 cells inside :thinking:
This one had to have a long diode press to reach the LD.
There is room in the cavity for two V5 drives and they
can be heat sunk to the internal walls if necessary.
Enjoy
Well here's how it started out, a small little copper
mine in the country side.

Then we start removing copper till we get to the heat sink inside





And try not to break any thing, especially drill bit's cuz they be hard to get outa the copper :cryyy:

And there needs to be a place for power to get in. Notice I've changed lathes, I wore the red one out :cryyy:

And a way to get the Laser Diode in there so I made it a long diode press.


Let's see how it fits, I thinks it needs more machining.

Until it looks more like this.

Or even like this.

Better yet like this one :eg:

For me this one is about time not power, I ran this M-140 diode at 1000ma for 15 min straight and still could only feel a
very slight warmth to the HS, I think it can very easily be continuous duty at 1000ma input power.

Thanks for looking
If you think you need one of these please contact me, I will be
most happy to make you one, right after I finish a couple WFTM builds

This is a Direct Press copper heat sink for the RL-2088 host.
It weighs in at a heavy weight of 2.5 pounds of copper now
that should cool just about any laser diode for a long time

Just weighed in at the post office so it's official any one want
to guess the weight with 3ea 18650 cells inside :thinking:
This one had to have a long diode press to reach the LD.
There is room in the cavity for two V5 drives and they
can be heat sunk to the internal walls if necessary.
Enjoy

Well here's how it started out, a small little copper
mine in the country side.

Then we start removing copper till we get to the heat sink inside






And try not to break any thing, especially drill bit's cuz they be hard to get outa the copper :cryyy:

And there needs to be a place for power to get in. Notice I've changed lathes, I wore the red one out :cryyy:

And a way to get the Laser Diode in there so I made it a long diode press.


Let's see how it fits, I thinks it needs more machining.

Until it looks more like this.

Or even like this.

Better yet like this one :eg:

For me this one is about time not power, I ran this M-140 diode at 1000ma for 15 min straight and still could only feel a
very slight warmth to the HS, I think it can very easily be continuous duty at 1000ma input power.

Thanks for looking

If you think you need one of these please contact me, I will be
most happy to make you one, right after I finish a couple WFTM builds

Last edited: