- Joined
- Jan 2, 2009
- Messages
- 11,800
- Points
- 0
Re: GB oemlasersystems goggles
I thought the OD 1.5 would have given you better protection.
I thought the OD 1.5 would have given you better protection.
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
I thought the OD 1.5 would have given you better protection.
Looks like I need good goggles for aligning a projector. (I'm already blind on one side, but not thanks to a laser) so I doubly value my eyesight. I just gave away my last set with a pointer. Fortunatly I'm not dumb enough to fire up anything over 5mw without eye protection.
I'll need plenty of warning when payment is needed. 2 weeks is plenty.
I'm in for ARG style 34 @ $80.50
and
RB2 style 34 @ $119.
These cover my visible wavelengths in the projector: 532, 445 and 637nm.
Cheers
Ben
Yup, about 2 years ago was the other GB. It was a great sale, and you have to jump on this shit when it happens.
At a minimum it saves you the cost of shipping.
The last OEM Goggle GB was almost 2 years ago.
This is one of those time you need to jump while the iron is hot.
on a similar note, I'm currently assuming a 1.8W 445nm is powerful enough to still produce a visible dot through the OD7+ of the ARGs -- is that accurate, or would the AL3s be a better buy?Be aware that those ones have less VLT than the RB2's - its either OD or VLT. So it depends if you want super duper reflection protection, or if you want to be able to view the spot through the glasses while working with the laser.
Alright, I'll probably go for the ARGs then. About... 75% sure I'll go in for this GB. Will confirm and specify frame before final arrangements are made.
Edit:
on a similar note, I'm currently assuming a 1.8W 445nm is powerful enough to still produce a visible dot through the OD7+ of the ARGs -- is that accurate, or would the AL3s be a better buy?
As I recall... and someone correct me if I'm wrong... OD 7+ will still allow the visible dot from even a 1W 445nm - needless to say a 1.8W
I added you to the list in the OP. Let me know if anything changes.