Full Version: This Would Be Nice To Have
How much is it and where do I get one? 
Just imagine how fast you could make an entire 914 disappear!
Just imagine how fast you could make an entire 914 disappear!
QUOTE(BillC @ Jul 28 2020, 03:00 PM) 
How much is it and where do I get one?
Just imagine how fast you could make an entire 914 disappear!
Well best I can find is $53,000 but that was dated aug 2016 but for less than $ 2,500 I'm in !!
Well, some quick googling reveals that the low-power P-Laser machines now start around $65,000. Just a bit out of my price range.
But, I looked on Amazon, and found a 50W machine they claim removes rust for only $16,000.
Anyone want to split a purchase?
But, I looked on Amazon, and found a 50W machine they claim removes rust for only $16,000.
Anyone want to split a purchase?
QUOTE(BillC @ Jul 28 2020, 05:00 PM)
How much is it and where do I get one?
Just imagine how fast you could make an entire 914 disappear!
Reminds me of a feature in grassroots motorsports describing acid dipping restoration of Nissan Z cars.
When dipping some from the coastal areas of England, they said nothing comes out after the dip.
That is like something from Star Trek!
Maybe 914World should buy one as a group.
Maybe 914World should buy one as a group.
Its really REALLY cool tech. Its easier on the base metal then dipping or blasting. Will take about 20 more years before its readily available for "the rest of us" but I bet you start seeing them in higher end shops over the next decade.
For a lot of our applications though, cutting and welding is still the better option, since the metal is thin and after 40+ years of rusting there just is not anything left in that spot.
Zach
For a lot of our applications though, cutting and welding is still the better option, since the metal is thin and after 40+ years of rusting there just is not anything left in that spot.
Zach
QUOTE(VaccaRabite @ Jul 29 2020, 08:36 AM)
Its really REALLY cool tech. Its easier on the base metal then dipping or blasting. Will take about 20 more years before its readily available for "the rest of us" but I bet you start seeing them in higher end shops over the next decade.
For a lot of our applications though, cutting and welding is still the better option, since the metal is thin and after 40+ years of rusting there just is not anything left in that spot.
Zach
Interesting that one of the examples is a hand held unit. Wonder if it has any recoil?
I've spent the last 6 years working with high powered lasers and have seen some injuries so have to add...
These things are f'in dangerous. The Dihorse 50W that people have been reviewing is a 50W, 1064nm beam...I haven't seen any reviews where people are using the correct Class IV goggles for that. Added to the fact that they laser they are using likely doesn't have the correct internally filtering to ensure it's actually IR-only...probably some UV components which will really screw up your eyes.
You could really do the same thing they are doing by getting a pulsed Nd-YAG laser off ebay from China and adding some optics. They go a step further and put it into a pretty box.
These things are f'in dangerous. The Dihorse 50W that people have been reviewing is a 50W, 1064nm beam...I haven't seen any reviews where people are using the correct Class IV goggles for that. Added to the fact that they laser they are using likely doesn't have the correct internally filtering to ensure it's actually IR-only...probably some UV components which will really screw up your eyes.
You could really do the same thing they are doing by getting a pulsed Nd-YAG laser off ebay from China and adding some optics. They go a step further and put it into a pretty box.
QUOTE(Jamie @ Jul 29 2020, 11:49 AM)
QUOTE(VaccaRabite @ Jul 29 2020, 08:36 AM)
Its really REALLY cool tech. Its easier on the base metal then dipping or blasting. Will take about 20 more years before its readily available for "the rest of us" but I bet you start seeing them in higher end shops over the next decade.
For a lot of our applications though, cutting and welding is still the better option, since the metal is thin and after 40+ years of rusting there just is not anything left in that spot.
Zach
Interesting that one of the examples is a hand held unit. Wonder if it has any recoil?
There is no recoil...relativisticly photons [light] don't weigh much.
I wouldn't say easier on the base metal necessarily...laser ablation takes off everything including base metal. Rust is more weakly adhered so it should ablate first. Technically, there is probably some laser-induced breakdown here (fancy term for burning) which would get off the rust too. This kind of stuff is actually used for cleaning contaminates off of the thermal barrier coatings in jet engine turbine blades by one well known company.
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