CNC router, any recomendations

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Nov 25, 2010
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Hi guys. So yeah, I've been looking at designing my first knife all by myself. Since all of my knives are made completely in 3d on the computer, it would be much easier for me to have a CNC machine cut it out.


I was just curious if you guys know a bit about CNC routers that can easily cut sheets of up to .25" of titanium, g10 and high-carbon steels that are under... lets say... 3000$


thanks!
 
I think what you are looking for is a CNC "mill", for cutting metal. I've seen some small CNC mini - mills in knife shops, I don't know what the cost is for them new. I doubt any CNC mill new for under $3000 is going to be able to "easily" cut TI and tools steels 1/4" thick. Sorry not to be more helpful. Good luck.
 
If I recall correctly, Onsrud makes a cnc router that is rated for use in steel and titanium. They put a special spindle on it and I believe some other reinforcements. They had one running at their facility making parts for other routers. They were running coolant on it, which is pretty strange for a router...

You'd need to add a couple zeros to your figure though.
 
That looks pretty cool. That will be a useful tool to have.
 
That $8K Tormach ,plus about $3K in tooling...and the computer...and additional software will get you going for about $12-13K...and that is the minimum size that will work. Don't expect it to do what Nathan's big toys will do. However, I have heard that they are good at what they are made to do.
 
I use my Tormach to machine all sorts of things and am very happy with it. I strongly suggest you pay the extra for the optional stand that comes with a coolant pump etc. Well worth the money IMO so you can run coolant without making a mess. I have done quite a few knives on mine, and am very happy with the purchase.
CW
 
When I first saw that machine I thought "no thank you" because of the stepper motors and the fact that it is an import machine. And I think it had rolled ball screws (though I may be mistaken). But I spent about an hour on their site yesterday, and either they have improved their mills over the last few years or my thinking has, for whatever reason, changed a little. I totally appreciate their no-BS-telling-it-like-it-is approach to discussing the subject of what the tool does, what it doesn't do, what you need and why it is or isn't the right tool for you. I wish the big machine tool builders were so straight forward.

Stepper motors used to be a bad thing, and while no industrial machine tool builder today uses them, they may well have improved to the point that servos aren't imperative. The ball screws are ground, not rolled. The maximum feed rate is fast enough. The spindle speed is great. It is heavy enough and constructed for real work (bed mills trump knee mills). Lots of good machine tools are import. I'm told the castings for Haas come from China, and knowing Gene Haas, perhaps half of the other stuff too. I'd say, overall, it looks pretty good for what it claims to be. I wish I could get a few hours on one.

I'm still of the opinion that a better use of the money would be to buy a good, dead, small CNC mill (not worn out, just old and a bad controller, fairly common) and install the retrofit yourself. The Mach3 and motion controllers are aren't too expensive or difficult to setup. But I do understand why folks are a little trepidatious about jumping into that, and a shiny new turnkey system like this is pretty attractive.
 
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