stumbled upon this the other day http://ift.tt/1lZGNvp check out a few of the videos http://ift.tt/1lZGPU9
almost seems to good to be true, found some limited info online; but it seems incredibly versatile. I called the company and got some more info
Some specs
• Weld (steel/aluminum/copper/stainless/cast)
• Cut (steel/aluminum/copper/stainless/cast plus other stuff like ceramic tiles or any other nonconductive materials)
• solders and brazes
• Pulls 9.6 amps at 110v or 5amp at 220v (those aren’t a typo, WOW!)
• Consumes tap water + isopropyl alcohol (the stuff you get at Walmart for like a $1). 3 oz’s per 20 minutes of work
• Uses standard welding rods (non flux)
• Proprietary rods for copper/cast
I have arc and wire feed experience; this would be arc style in the sense that you use rods to weld vs. a wire feed scenario. But this is also shielded so you would get the pretty wire feed welds vs. the nasty flux welds of arc or non shielded.
Anyone every play with one of these?
almost seems to good to be true, found some limited info online; but it seems incredibly versatile. I called the company and got some more info
Some specs
• Weld (steel/aluminum/copper/stainless/cast)
• Cut (steel/aluminum/copper/stainless/cast plus other stuff like ceramic tiles or any other nonconductive materials)
• solders and brazes
• Pulls 9.6 amps at 110v or 5amp at 220v (those aren’t a typo, WOW!)
• Consumes tap water + isopropyl alcohol (the stuff you get at Walmart for like a $1). 3 oz’s per 20 minutes of work
• Uses standard welding rods (non flux)
• Proprietary rods for copper/cast
I have arc and wire feed experience; this would be arc style in the sense that you use rods to weld vs. a wire feed scenario. But this is also shielded so you would get the pretty wire feed welds vs. the nasty flux welds of arc or non shielded.
Anyone every play with one of these?
0 commentaires:
Enregistrer un commentaire