Milos
0
- Joined
- Apr 22, 2007
- Messages
- 862
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- 28
I agree with thispseudonomen137 said:Well, the problem is mostly waiting for some laser manufacturer deems it worthwhile to design the heatsinking for a more powerful blue. Its not any shortcoming in pump diodes, crystals, photonics, etc - its not really a laser issue at all. 473nm lab lasers in hundreds of mWs, if not Watts, are already commonplace for those with the pocketbook. Just like with a greenie though, you have limits to what the raw materials of a portable form factor can do, and because of the nature of 473nm DPSS, these limits are inevitably a lot lower than 532nm.
Basically what I'm saying is that the day you see a 300mW 473nm portable will be the day you see a 3,000mW 532nm portable. Don't expect that to come in a pen-size unit
On the other hand, if those 440nm blue diodes start becoming more powerful and commonplace...
I'm seeing limitations in batteries in potables already. Battery freshness very much determines your pointers behavior. In other words, weather your hand held laser is operating at 50-80% of its power, or 100% of it.
If it is operating at 100% than heat becomes an issue sooner, and so on.
However, so far there isn't any single mode visible light diode in portable lasers that is more powerful than some quite nice performing DPSS lasers, such as RPL and Hercules.
I guess 660nm 200-250mW is the most powerful one ?
So, even if they make blue or yellow single mode diodes, is it likely they will be made in higher power than todays 635nm or even 660nm?