Recent content by marlo1204

haha happy belated birthday then! :)

bump. my lens got quite dirty over a couple days (my house is very dusty unfortunately) and my button seemed quite a bit loose so I contacted Jack. He was willing to take the laser back for inspection and cleaning and I thought, might as well upgrade! So over the following week or so I will be...

Nothing to be worried about Turtl. I ordered an LCZS 100mW classic from Lazerer and it took 8 business days to process before it was shipped. Lazerer.com is reliable in the most part and Max is fairly reliable as well.

Re: FS: 1W-1.4W C6 445nm Lasers yea on the 1.4w, what is the divergence?

Re: FS: 1W-1.4W C6 445nm Lasers what's the divergence on the these?

My newest and I believe accurate is this. Beam diameter = 1.5mm Distance = 250ft Beam diameter at distance = 60mm mRad = 0.7

The first test from 18.8 feet is the best mRad calculation. The one where the dot is 30mm I didn't measure the distance, I ballparked it, so the mRad might not be right.

Exactly what I'm doing right now! Thanks I'll have shots up within the day. Thanks.

You're very lucky man! If that happened to me, I'd know it's dead. Thanks for your feedback, really appreciate it! :thanks:

Not sure if this is my first thread and/or review but I would like to take this time to review this product. I ordered this laser on September 19, 2012 and received it in the mail today on the 25th. Keep in mind I'm in Vancouver, Canada and the item would have passed through customs. I'm quite...

is your o like still on sale?

Re: FS: 1W+ 445nm C6 Builds What is the beam diameter and mRad of the laser?

its about 1.1 - 1.5mRad. It's my first higher powered laser so maybe to my eyes it seems like it diverges more.

well the 100mw from o like has an internal beam expander which is interesting me. so in your opinion would you choose the 400mw for its power or the 100mw for its divergence?

Okay so I've changed my mind since I will probably buy the 445 from ARGLaser. It's either a 100mW from O-like with a beam diameter of 6 - 8mm which will mean the divergence will be very low or the crown 400mw from O-like? My objective is to see the dot at long distances.