He was being a di#% but only a little one.
haha very small, no seriously... its not an outtie,its an innie.
and ya $200,000 is a little steep for making cards lol
and No I will not be selling the Cessna, how do i get my release then?
Thanks for the feedback guys. Whats the best way place to outsource them.
Although your condescending attitude is expected..... its not appreciated.
We've done those before. I have photos but don't plan to post them in the public forum. A "laser engraver" won't work. The wavelength on the laser for a CO2 laser will not cut metal. Not with 1 pass or with 1000 passes. You need an industrial laser that you'd find in a sheet metal shop. Last time I was in the market for one, they started at $200,000. They aren't small, they are large.
with your feisty defensiveness about all your riches & your VIP friends, it certainly was expected...
but if you are considering a merchant membership account here, you might want to tone down the superiority complex a tad...
and if not... we'll we'll let others clean that up....
Actually CO2 lasers are the correct type (and most common) for cutting metal. It's the power that prevents smaller (30watts etc) from cutting through metal, as little as a 100 watt laser will cut through your thin stainless etc. You may have meant Yag type lasers, they are more for marking metal than cutting.
Here we go again..........................
Being I own a CO2 laser, and have owned them for 4 years now, I'm pretty sure I know that our laser won't cut metal. If I didn't know, then I might have learned it from the 100's of people on engraving forums that have asked how to cut metal with their laser.
I said a "Laser Engraver" is CO2. It is. Does that mean you can't buy a 4,000 watt industrial CO2 laser to cut metal? No, it means that the lasers that engravers use will not cut metal. 100 watts won't cut it either.
I'll give you my laser if you can figure out how to make it cut metal. It won't do it. A YAG laser will mark metal. A CO2 laser for engraving won't even mark metal, much less cut it.
Laser engravers don't have the correct wavelength to cut through metal, even very thin metal, believe me, we've tried!
to do this you would have to either cut them on a BIG laser, stamp them out with a die, or chemically etch them, all of which are expensive for small runs.
I'm going to have to agree with Visual800 on this, untill you have someone commit to ordering these, with money in hand, they are all talk.
Kern lasers use a different wave length. Like I said, I'm talking about LASER ENGRAVERS. You know, the ones I mentioned about 3 times. The WAVELENGTH on laser ENGRAVERS will NOT cut metal. Don't believe me (obviously), call Epilog, Universal, or Trotec and ask them if their Helix, VLS series, or the Speedy 300 will cut metal.
Let me know what they tell you (hint, I already know because I've owed several already and run one every day).
If I'm wrong, enlighten me to which setting I need to change. If I'm wrong, then the laser manufacturers.
Just so you know, this is from Kern's own website :
"Kern Lasers' versatile laser cutting systems can be equipped with metal cutting technology, instantly turning our systems into the machine of choice for large scale production cutting, precision cutting and part prototyping. Switching over from cutting typical materials such as plastic and wood to cutting metal only takes a matter of seconds."
Let me translate that for you : Their machine needs an OPTION to make it cut metal and you have to SWITCH it over to cut metal. That means in it's normal mode, without the option, it will NOT cut metal (like I said).
I guess Watson Signs is an idiot too :