HELP ON CUTTING 14 GAUGE 3/8" RINGS!!
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Andrew de Marna
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HELP ON CUTTING 14 GAUGE 3/8" RINGS!!
I have recently gone from 1/4" 16 gauge rings to 3/8 inch 14 gauge rings, and I am having trouble finding something to cut them with that makes a // cut or a ][ cut. I would be interested in the small cirrcular jewelers saw that goes on a drill, exept that i can't find the dang page again!!!
PLEASE HELP!!! 
Don't cook bacon in the nude. (Old cowboy wisdom)
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Andrew de Marna
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- Wilhelm zu Eltz-Kempenich
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azommin wrote:Ya need a saw to get // cuts on anything that thick. What material are you using? Aluminum might be a different story.
Sorry, that's just not true. The trick is to only cut a little way into the link and then snap it off. this gives flush ends, no muss, no fuss, if you will
I use rings that size and this is how i've done it for two or so years with no problems other than the usual resharpening of my nips.
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The Midnight Rust
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I'm pretty sure that the little blades you mentioned only cut non-ferrous metals. I've never actually used one, but I'm pretty sure that you need a special guide to be able to cut with them too. I'd imagine any side to side movement would completely shatter a spinning blade that thin.
The only saw I know of that can cut steel that thick is the All Metals Saw, and it costs a lot of money. Like four hundred and fifty a lot.
At any rate, here's the page you were probably thinking of.
http://theringlord.com/cart/shopdisplay ... ting+Tools
The only saw I know of that can cut steel that thick is the All Metals Saw, and it costs a lot of money. Like four hundred and fifty a lot.
At any rate, here's the page you were probably thinking of.
http://theringlord.com/cart/shopdisplay ... ting+Tools
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Kase Villand
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Thomas is right. End Cutters are the way to go. A jeweler's saw will get a cleaner cut, and so will a dremel or other rotary tool with the right blade, but you'll take more time working and most likely go thru a lot of blades. Once you get the hang of twisting them off, you can get pretty good speed going.
Cut about 1/3 of the way thru the ring, then grip the ring with the end nippers directly across from the cutting point. The "bottom face" of the nippers will brace against the ring, and twisting the coil towards you will break it off nice and clean. You may get a little bit of roughness but closing the ring will smooth it out. I get better cuts with end nippers on 14ga rings than I do using aviation snips on 17ga.
The thing that takes the most practice to get the feel of is how much pressure to put on the ring while you're gripping it to twist it off... can't squeeze too hard or you'll mark the ring twice, but you have to hold it firmly.
Sounds crazy, but works.
Cut about 1/3 of the way thru the ring, then grip the ring with the end nippers directly across from the cutting point. The "bottom face" of the nippers will brace against the ring, and twisting the coil towards you will break it off nice and clean. You may get a little bit of roughness but closing the ring will smooth it out. I get better cuts with end nippers on 14ga rings than I do using aviation snips on 17ga.
The thing that takes the most practice to get the feel of is how much pressure to put on the ring while you're gripping it to twist it off... can't squeeze too hard or you'll mark the ring twice, but you have to hold it firmly.
Sounds crazy, but works.
- polarbearforge
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When I was still doing chain, I started with the jeweler's saw and dremel. I was mainly making jewelry anyway. When I needed more links, I built my own cutter.
The end cutters that give a // cut or a >< cut drive me up the wall. I do not like how it looks. On my <A href="http://www.polarbearforge.com/chainmail.htm">chain page</a> I listed two alternate ways. The one at the bottom was one that I made for my bandsaw. The second, at the top, is the first generation of my link cutter.
With 14 guage galvy at 3/8 inch diameter, I could cut a four foot section in under two minutes. I used to coil and cut 1/2 mile spools in less than two hours withouth pushing it. I usually went through 1 maybe 2 blades every 5 or 6 miles of wire. Stainless would wear the blades out quicker, but better blades and a coolant system help there.
Just before my interest in chain totally died, I build a second one (not pictured) that had variable speeds for different metals. I find that most people run the slitting saws way too fast.
Jamie
The end cutters that give a // cut or a >< cut drive me up the wall. I do not like how it looks. On my <A href="http://www.polarbearforge.com/chainmail.htm">chain page</a> I listed two alternate ways. The one at the bottom was one that I made for my bandsaw. The second, at the top, is the first generation of my link cutter.
With 14 guage galvy at 3/8 inch diameter, I could cut a four foot section in under two minutes. I used to coil and cut 1/2 mile spools in less than two hours withouth pushing it. I usually went through 1 maybe 2 blades every 5 or 6 miles of wire. Stainless would wear the blades out quicker, but better blades and a coolant system help there.
Just before my interest in chain totally died, I build a second one (not pictured) that had variable speeds for different metals. I find that most people run the slitting saws way too fast.
Jamie
Jamie
Polar Bear Forge
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The way Thomas and Kase describe is how I avoided the >< shaped ends when I made butted mail in high school. I made a whole shirt of 14ga 5/16" id that way. No trouble to it. I've never heard of anyone using a saw to cut their coils of links. That must be a pain...
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- Rev. George
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- Adriano
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14 gauge with a 3/8" ID seems almost the standard SCA butted mail. I use a Dremel with a heavy-duty fiberglass cutting wheel. (Actually, killed my Dremel and bought a knockoff at Target; several different companies make the same kind of rotary tool now.)
Caution: if you use a rotary tool, make sure you wear safety goggles and a filter mask -- you'll produce quite a bit of burnt metal dust.
Caution: if you use a rotary tool, make sure you wear safety goggles and a filter mask -- you'll produce quite a bit of burnt metal dust.
- polarbearforge
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Actually the bandsaw method worked quite well. I usually had two partial links in the whole coil, the first one and the last one. It was very methodic. Very little material removed and wonderful flush ][ cuts.
With the exception of the link cutter I built later on (built it in my head first while cutting links on the bandsaw) the bandsaw method is about # 3 in terms of ideal. #2 was the link cutter that I had built before. #1 only exists on paper. I have it drawn up, but will probably never build it. It coiled the wire and then fed the coil into the cutter automatically. If I ever get interested in maille again, I'll build it, otherwise it'll probably stay stuffed away in a drawer.
Jamie
With the exception of the link cutter I built later on (built it in my head first while cutting links on the bandsaw) the bandsaw method is about # 3 in terms of ideal. #2 was the link cutter that I had built before. #1 only exists on paper. I have it drawn up, but will probably never build it. It coiled the wire and then fed the coil into the cutter automatically. If I ever get interested in maille again, I'll build it, otherwise it'll probably stay stuffed away in a drawer.
Jamie
Jamie
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Konstantin the Red
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For something that isn't jewelry -- i.e., it's a large project like a shirt -- I just butt the >< cuts with the points overlapping, so the facets of the cut butt face to face. The link goes slightly out of round, but then this was very typical of riveted mail armor also. Since mail features huge tolerances anyway, it never presents a problem. I think the join is almost surprisingly tidy.
Of course, about the time you advance to riveted links, the link cuts drop to secondary importance.
Of course, about the time you advance to riveted links, the link cuts drop to secondary importance.
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- William of Otterton
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The few guys who've talked about it extensively on TRL use a drill press with a variable speed control. Use a nice low speed for hard metals. Tack on an arbour with a small saw blade and you're off to cut. Add in a small pump to recirculate water over the cutting process and you're set.
It's been discussed at length on TRL under a few threads. Search for saw-cut rings and/or drill press.
GdS
It's been discussed at length on TRL under a few threads. Search for saw-cut rings and/or drill press.
GdS
- Mad Matt
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Aviation snips work. But you've gotta modify them. cut the blades down to about half the length. Then grind the bottom blade down so that it will fit into your coil. Be very sure not to let the blades heat up at all when doing any of the above or you'll ruin the temper. Basically dunk them in cold water very often while you're doin it.
The budding mid 14th century German Transitional guy.
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Archie Zietman
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I use "Wire Rope Cutters" for all 14ga rings and Aviation Snips for 16ga. Both distort the rings in a similar fashion. Both also create cuts like this "//". The "Wire Rope Cutters" are about $10.00 with lifetime warranty. Only problem I have with them, can only "cleanly" cut one ring at a time. Can cut up to 3 at a time, but cuts not the best.
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Lord Thomas the Black
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I use Wiss aviation snips. They make a little dent before shearing parallel, but I have not found that to be a problem. Wiss makes various models. What you want is the M5 notching shears. They are short, small jawed, straight cutting shears (exactly what Matt recommended without the cutting and grinding). I believe they are rated for 16ga sheet. Stick the jaws in as far as they go and cut 4+ links at a time. I use them for all of my mail, including the suit I made of 3/8" 14ga. I just started making rings for riveted mail using them, too.
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Andrew de Marna
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My experience in heavy maille and kusazuri:
Cold chisel is hard to get done well. Period. It works, but it's rough.
I agree completely on the nick and break theory. It works great.
I've done demel, and it throws of a hellish amount of dust, burns through blades if you don't use the lightest touch, and isn't much faster than nippers.
If you spend more time to build a rig, it can be faster, of course, but the clippers seem the way to go. That's my experience, of course, your milage may vary.
Cold chisel is hard to get done well. Period. It works, but it's rough.
I agree completely on the nick and break theory. It works great.
I've done demel, and it throws of a hellish amount of dust, burns through blades if you don't use the lightest touch, and isn't much faster than nippers.
If you spend more time to build a rig, it can be faster, of course, but the clippers seem the way to go. That's my experience, of course, your milage may vary.
It's up to you now.
