DISK sander/grinder... not a belt. Belts don't sand flat/straight; disk sanders do. READ.
Or you can goober you're DP and have 2 projects...
I don't care what you paid or didn't pay for a milling machine. I don't have room for a milling machine, I don't have three-phase power or a rotary phase converter. Why did you bother to comment if you have no information of any use? Just driving through and thought you drop a snarky comment? Noted...
I served my apprenticeship and worked as a journeyman patternmaker at CAT in the 80's. A disk IS the tool to straighten a metal edge. You don't just shove it up to the disk. The workpiece is started with only several inches on the disk and then lightly slid across... much like feeding wood stock into a jointer. It doesn't take long to learn to straighten stock without cutting a taper.A disk sander eats faster on the outside edge though. It could work but you’d have to be careful not to taper the piece.
Done with this thread... this guy is a tool.
Why are you being so arrogant? And why are you asking on a Tractor Forum?At one point in my life, I owned a machine shop. It had multiple CNC mills, a Bridgeport, a Hardinge toolroom lathe, an EDM, a complete sheet metal fabrication area, and a plastic injection molding machine. The CNC machine tools were high precision and with careful setup and control, parts were regularly made with +0 / -0.0001 inch accuracy. I think I know the difference in how machine tools and drill presses work and why. I'm not trying to make repetitive movements, hold locations, surface milling, or hold precision tolerances. This isn't true machine work.
I can make my metal bandsaw hold tolerances of 0.003 with 12 parts having a miter cut at each end. You'll have to take MY word for the fact that I know what I need to accomplish this task and you don't.
As a current owner of a machine shop, one with several drill presses, I think it doesn't really matter which cross slide table you get. Your real limitation is the drill press. I have a bunch of drill presses. Most are OK and get used for jobs that only require precision in depth control. like installing Heli-Coils using a Procunier tapping head. Even my very nice drill presses with precisely fitted quills I would not consider milling with . This is for several reasons, but the two main reasons are the Morse taper quills and the fact that the cutter, the 1/4 inch endmill, would be held in a drill chuck. Granted, you could be using, for example, a Jacobs ball bearing chuck in very good condition or an Albrecht keyless chuck, also in very good condition. Or drill chucks of similar quality. And I must confess to using Albrecht chucks and small endmills for light milling jobs. In a Bridgeport. It is bad practice. But I did it using my machines and tooling so it was my risk. I would never have tried a stunt like that when I was working for somebody. That said, I think using a drill press for the same job is asking for disaster. You could maybe get away with it, but I think if you try you will, at the least, be breaking cutters. I can imagine the vibration and side load on that Morse taper causing the taper shank to come loose and fall out of the quill. That would be real exciting. I am frankly surprised that anyone who used to own a machine shop would even ask the question. Especially someone who can hold .003" on miter cuts on his metal cutting bandsaw.At one point in my life, I owned a machine shop. It had multiple CNC mills, a Bridgeport, a Hardinge toolroom lathe, an EDM, a complete sheet metal fabrication area, and a plastic injection molding machine. The CNC machine tools were high precision and with careful setup and control, parts were regularly made with +0 / -0.0001 inch accuracy. I think I know the difference in how machine tools and drill presses work and why. I'm not trying to make repetitive movements, hold locations, surface milling, or hold precision tolerances. This isn't true machine work.
I can make my metal bandsaw hold tolerances of 0.003 with 12 parts having a miter cut at each end. You'll have to take MY word for the fact that I know what I need to accomplish this task and you don't.




Kinda like if a lawyer came to a tractor forum and asking for legal advise.....then talking down to everyone who tried to help....while stroking their own ego about how great and smart they are....lol. makes no sense. That's the impression I get. Some people just cannot be helped.Have to add my two bits. Troll. Anyone having that much "experience" wouldn't be asking here for basic info.
No-one said what the problem with round column mills was and I have no experience with them, but after reading about the Jacobs chuck damage due to side forces and a mention that round columns are a problem I put 1 and 2 together to figure out that with a round column the side forces are going to cause the cutter head to rotate around the column which means cutting a straight line will be very difficult. It just never crossed my mind until it was mentioned that round was a problem.3T's I'm glad SOMEBODY got something positive out of this thread; I know I didn't say WHAT the problem with round column mills is, so if you don't mind, could you share what YOU found? If you're not sure, I (or likely most of the OTHER responders) can elaborate... Steve