Horizontal and Vertical Rotary Table
Used when a workpiece must be rotated or indexed from the machine table.
Table-side rotary positioning for milling, drilling and multi-face machining.
KORRETTO rotary tables and dividing heads are used on milling machines and machining centers when the workpiece needs angular positioning, side indexing or fourth-axis-style rotation from the machine table. This category is different from indexing chucks: a rotary table or dividing head supports table-side positioning, while an indexing chuck is a spindle-side chuck that indexes the workpiece during turning or combined machining.
Used when a workpiece must be rotated or indexed from the machine table.
Helps divide a workpiece into repeat angular positions for milling or drilling.
A practical option when a full rotary table is not required.
Used for mechanical division and angular positioning on milling machines.
Used where repeatable rotary positioning is required.
Combines rotary indexing with tilting adjustment for more complex workpiece angles.
| Requirement | Start with |
|---|---|
| Table-side angular positioning | Rotary Table |
| Manual division on milling machine | Dividing Head |
| Repeated angular hole patterns | Indexing Plate |
| Compound-angle setup | Tilting Rotary Table |
| Spindle-side indexed chucking | Indexing Chucks |
| CNC fourth-axis style setup | CNC Rotary Table / 4th Axis Rotary Table |
Use an indexing chuck when the chuck itself must index the workpiece from the spindle side. Use a rotary table or dividing head when the workpiece needs table-side angular positioning.
A rotary table is mounted on the machine table and positions the workpiece from the table side. An indexing chuck is mounted on the spindle side and indexes the chuck body or workpiece during turning or combined machining.
A dividing head is used for angular division, indexing and milling operations that require controlled rotational positioning.
A 4th axis rotary table provides controlled rotary positioning, often integrated with CNC control for repeat multi-angle machining.
Provide the workpiece size, weight, machine table size, T-slot layout, required angle accuracy, indexing method and machining process.