billg519
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- Feb 21, 2008
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I recently completed two new 6x bluray lasers. One is a lab laser, the other is a handheld.
The lab laser is made in a section of aluminum extrusion with aluminum end plates. The diode is in a machined head with a brass lens nut. The lens is aixiz acrylic. Driver is an LM317, and is variable by a knob on the back panel. There is a power on LED and binding posts for power 9-12V. The output is variable from threshold to 175mW.
The handheld is made in a machined and clear anodized aluminum host. The body is 12-sided to give it a different look in the handgrip area. Again, no aixiz housing, the diode goes straight into my heatsink (I have a reamer for cutting the diode pocket) and the lens (aixiz acrylic) goes in a machined brass lens nut.
The driver is LM317, power is 3 x CR123 rechargeable. Laser is set at 175mW on my Lasercheck.
In the multimedia section, I posted the following video of this handheld lighting steel wool.
http://www.youtube.com/watch?v=39diUfWnbPY
Some photos follow ...
The lab laser is made in a section of aluminum extrusion with aluminum end plates. The diode is in a machined head with a brass lens nut. The lens is aixiz acrylic. Driver is an LM317, and is variable by a knob on the back panel. There is a power on LED and binding posts for power 9-12V. The output is variable from threshold to 175mW.
The handheld is made in a machined and clear anodized aluminum host. The body is 12-sided to give it a different look in the handgrip area. Again, no aixiz housing, the diode goes straight into my heatsink (I have a reamer for cutting the diode pocket) and the lens (aixiz acrylic) goes in a machined brass lens nut.
The driver is LM317, power is 3 x CR123 rechargeable. Laser is set at 175mW on my Lasercheck.
In the multimedia section, I posted the following video of this handheld lighting steel wool.
http://www.youtube.com/watch?v=39diUfWnbPY
Some photos follow ...