Lathe ring cutting tool

Make sure to set the tool in the cross slide using an indicator to make sure it s square. I would avoid carbide as it is harder to grind down , and too fragile , if you bump the side of the tool. I cut 's of grooves on an old 's Warner Swasey screw machine , this way. My machine just has a small turret that I put a stop in , so I can chuck the same length every time. My cross slide is just a lever operated one with a tool in back upside down so I can put a chamfer on in the same set up.

Use a small chainsaw file , layed in the groove , with a slight twist , to remove the burr at the sides of the grooves. Mike C. View Profile View Forum Posts. Harrytm, that's a recipe for disaster. Been there, done that many, many years ago. The Morse or Jacobs taper or both will probably be spit out. Drill press quills are not designed for sideloads. I was thinking about getting a slitting saw of this thickness much cheaper than a grooving blade and mounting on the toolpost than feeding it in just using one of the teeth to cut the blade is only like 6 bucks does this sound like a good idea Matt.

Spin fixture on a grinder? Matt, that sounds like a good plan. The giant lathes used to cut auto crank shafts use a similar style toolholder - different inserts on each tip. Matt, "A small shaft", sounds like a one off.

A Dumore set up as a tool post grinder, or an unmentionable source pencil grinder in a boring bar holder does the trick. The cutoff blades I have are. Yes, you need to mic the result, it will change drastically as the wheel wears. Done it. Dave J. For Use On. Cut Direction. Shank Diameter. Overall Length. Minimum Hole Diameter. Shank Type. Maximum Hole Depth. Shank Width. Material Grade. Shank Height. Groove Depth. Insert Code. Tip Radius. For External Holder Code.

View catalog pages Send Cancel. How can we improve? Lathe Tools. Face Grooving Lathe Tools. High-Speed Steel Cutoff Blades. Carbide-Tipped Cutoff Blades. Carbide-Tipped Turning Lathe Tools. Quick-Change Lathe Tools and Holders. Indexable Grooving and Profiling Carbide Inserts. Indexable Cutoff and Grooving Carbide Inserts. Cutoff and Grooving Carbide Inserts.

High-Performance Grooving Carbide Inserts. Turning Carbide Insert Holders. The general operations done with the lathe are grooving, turning, cutting, grinding, sanding, etc. In order to operate the lathe first, you must know the feed rates, cutting speed, depth of cut, and how the tool is used. Each lathe operation has its own factors that must be considered before starting work.

The factors should be used properly so that mishandling and mishaps are avoided in any type of lathe operation. With every cut desired the speed, depth, and feed of the lathe are changed for reasons of precision.

The working of the lathe machine changes with every operation and cut desired. There is a lot of operation used for using the lathe machine. Some of the common lathe operations are:. A lathe is a machine that rotates the workpiece about an axis of rotation to perform various operations such as turning, undercutting, knurling, drilling, facing, boring, and cutting, with lathe cutting tools that are applied to the workpiece to create an object with symmetry about that axis.

For general purpose work, the tool used is a single point tool, but for special operations, multipoint tools may use. Watch the below-mentioned video to get understand lathe machine operation. In lathe machine work, different operations require different types of lathe cutting tools, according to the process of using the lathe cutting tools. There is a wide range of lathe tools that can be classified according to materials, structures and purposes or uses.

Types of Lathe Machine Operations: 1.