Cutter body
Cutter designation and pocket style establish physical compatibility.
Indexable milling
Carbide Milling Inserts
Standard insert families for face milling, shoulder milling, profiling and slotting. Cutter body, pocket style and engagement must be confirmed before selecting the insert geometry and grade.
Standard reference range
Common milling insert families
Confirm the cutter model and pocket before ordering. Similar-looking inserts are not automatically interchangeable.
| Designation / family | Style | Typical application | Material focus |
|---|---|---|---|
| APMT 1135 PDER | Parallelogram, positive | General shoulder and pocket milling | P · M · K |
| APMT 1604 PDER | Parallelogram, positive | Larger shoulder and profile milling | P · M · K |
| APKT 1604 PDER | High-positive parallelogram | 90° shoulder, slot and ramp milling | P · M · N |
| SEKT 1204 AFTN | Square, positive | Face and shoulder milling | P · K |
| SEHT 1204 AFFN | Square, high-positive | Light-cut face milling | P · M · N |
| ONMU 080608 ANTN | Octagonal, double-sided | Economical face milling | P · K |
| RPMT 1204 MO | Round, positive | Profiling, copying and difficult contours | P · M · K · S |
| RDKW 1204 | Round | Profile milling and interrupted contours | P · M · K |
| SDMT 1205 | Square | General face and shoulder milling | P · K |
| LNMX 1006 | Tangential rectangular | High-feed and heavy face milling | P · K |
Availability note: This is an initial standard reference catalogue, not a live stock statement. Exact cutter compatibility, geometry, grade, pack quantity and supply will be confirmed during quotation.
Selection inputs
What determines the right milling insert?
Operation
Face, shoulder, profile or slot milling determines geometry direction.
Engagement
Width and depth of cut influence edge strength and chip control.
Stability
Machine power, overhang and fixture rigidity affect grade selection.