Milling Inserts
INNOT milling inserts: face milling, square shoulder, high feed, copy milling and helical cutters. CVD, PVD and cermet grades for steels, stainless steels, cast irons, superalloys and hardened steels.
Showing all 24 results
ODMT / ODKT
SNGX-GM / SNGX-GE
SEET / SEMT
SZMX
SEKR / SEMR / SEEN
HNMX / HNGX
XNMX / XNGX
SNGX-ZNN / SNMX
AOKT-VM
APKT-FM
ZNMU
APMT-HM / APGT-AK
BLMP (high feed)
LNHX
SDMT / SDMW
SDKT-SM
RCKT-FM
RPMT-HM / RPMW
RPKT / RPMT-SM
RDMW / RDKW
BNM (ball nose)
UNM-CE (copy milling)
RDHX (15° round)
SPMT / APMT-MM
Carbide milling inserts for every strategy
INNOT milling inserts cover face milling, 90° shoulder milling, high-feed milling, mould copy milling and helical cutters, in PVD and CVD coated grades for steel, stainless steel, cast iron, aluminium, superalloys and hardened steel.
Which insert for which operation
- Face milling: 45° inserts (SEET, SEMT, SEKR) and double-sided inserts with many edges (ODMT 16, XNMX 14, HNMX 12, SNGX 8) to cut the cost per edge.
- 90° shoulder milling: APMT and APKT, AOKT, the tangential LNHX and the double-sided triangular ZNMU for shoulders, slots and contouring.
- High-feed milling: SDMT and BLMP for roughing moulds and pockets with light depths of cut and very high feeds per tooth.
- Copy milling: round inserts RPMT, RDMW, RCKT, RDHX and BNM ball nose inserts for 3D surfaces.
For every insert you will find the matching indexable cutter in the toolholders and chucks section.
Frequently asked questions
Double-sided or positive inserts?
Double-sided inserts offer more edges and cost less per edge, but need stable and powerful machines. Positive inserts cut more lightly: they are ideal on small machines, less rigid setups and work-hardening materials such as stainless steel and superalloys.
What is the difference between PVD and CVD coatings?
CVD has a thicker layer and resists heat and wear better when milling steel and cast iron. PVD keeps the edge sharper and tougher: it is preferred for stainless steel, superalloys and interrupted cuts.
