Light-Duty Live Center
Used where load and cutting force are moderate.
Tailstock support and centering accessories for shafts, tubes and long turning workpieces.
KORRETTO lathe centers support long shafts, tubes and other rotational workpieces from the tailstock side during turning. The range includes light-duty, medium-duty, heavy-duty, high-speed waterproof, CNC precision, bull nose, dead, half-notched and interchangeable-insert centers. Selection should consider taper size, load capacity, speed, lubrication, workpiece length and support method.
Used where load and cutting force are moderate.
A common choice for general lathe tailstock support.
Designed for higher radial and axial load requirements.
Supports higher speeds while helping protect internal components from coolant.
Used when load capacity and support accuracy both matter.
Allows the contact insert to be changed according to the workpiece.
Provides a larger contact area for bore or tube-end support.
A simple support center that does not rotate with the workpiece.
| Requirement | Start with |
|---|---|
| General shaft support | Medium-Duty Live Center |
| Heavy turning load | Heavy-Duty Live Center |
| High speed and coolant exposure | High-Speed Waterproof Live Center |
| CNC precision turning | Precision CNC Heavy-Duty Live Center |
| Different workpiece end shapes | Live Center with Interchangeable Inserts |
| Tube or large bore support | Bull Nose Center |
| Grinding or non-rotating support | Dead Center |
A lathe center supports a rotating workpiece from the tailstock side, helping stabilize long shafts, tubes or parts that need end support during turning.
A live center rotates with the workpiece through bearings. A dead center does not rotate and is used in specific support, grinding or inspection applications.
Choose a heavy-duty live center when the workpiece is heavy, long or subject to stronger cutting loads.
A bull nose center is used for tubes or workpieces with larger bores that require broader end support.
Provide the workpiece length, weight, center hole or bore condition, taper size, speed, cutting load and whether coolant is used.