ONMU080608 Grade YG5020 CVD TiCN-Al2O3 Coated Carbide Insert

CVD Milling grade for Cast Iron CVD coating for Excellent wear resistance Improved Toughness for chipping resistance Sold in Packages of 10

ONMU080608 Grade YG602 PVD TiAlN Coated Carbide Insert

Universal grade for General Milling Application Ultra Dense PVD Coating with optimal thermal resistance & strength Sub-Micron substrate designed for demanding application Sold in Packages of 10

ONHU080612 Grade YG5020 CVD TiCN-Al2O3 Coated Carbide Insert

CVD Milling grade for Cast Iron CVD coating for Excellent wear resistance Improved Toughness for chipping resistance Sold in Packages of 10

OFMT05T308 Grade YG602 PVD TiAlN Coated Carbide Insert

Universal grade for General Milling Application Ultra Dense PVD Coating with optimal thermal resistance & strength Sub-Micron substrate designed for demanding application Sold in Packages of 10

OFER070405 Grade YG602 PVD TiAlN Coated Carbide Insert

Universal grade for General Milling Application Ultra Dense PVD Coating with optimal thermal resistance & strength Sub-Micron substrate designed for demanding application Sold in Packages of 10

ODMW060508 Grade YG602 PVD TiAlN Coated Carbide Insert

Universal grade for General Milling Application Ultra Dense PVD Coating with optimal thermal resistance & strength Sub-Micron substrate designed for demanding application Sold in Packages of 10

5" ODMT06, 43° Indexable Face Mill, 8 Flute, Coolant-Thru

YG-1 Milling Indexable Cutter YG-1 Face Mill Style Indexable Cutter Coolant Holes Through The Body 43° Angle Ideal for Face Milling Operations Uses Standard ODMT or ODMW Carbide Inserts Single Sided Inserts With 8 Corners 1-1/2" Bore, 3.65"...

4" ODMT06, 43° Indexable Face Mill, 7 Flute, Coolant-Thru

YG-1 Milling Indexable Cutter YG-1 Face Mill Style Indexable Cutter Coolant Holes Through The Body 43° Angle Ideal for Face Milling Operations Uses Standard ODMT or ODMW Carbide Inserts Single Sided Inserts With 8 Corners 1-1/4" Bore, 3" Connection...

3" ODMT06, 43° Indexable Face Mill, 6 Flute, Coolant-Thru

YG-1 Milling Indexable Cutter YG-1 Face Mill Style Indexable Cutter Coolant Holes Through The Body 43° Angle Ideal for Face Milling Operations Uses Standard ODMT or ODMW Carbide Inserts Single Sided Inserts With 8 Corners 1" Bore, 2.5" Connection...

2-1/2" ODMT06, 43° Indexable Face Mill, 5 Flute, Coolant-Thru

YG-1 Milling Indexable Cutter YG-1 Face Mill Style Indexable Cutter Coolant Holes Through The Body 43° Angle Ideal for Face Milling Operations Uses Standard ODMT or ODMW Carbide Inserts Single Sided Inserts With 8 Corners 3/4" Bore, 2" Connection...

ODMT060508 Grade YG613 PVD TiAlN Coated Carbide Insert

Milling Grade for Stainless Steel Application New coating layer with lubrication preventing built-up edge on ultra fine grain substrate with high toughness The toughest substrate provides excellent cutting performance in stainless steel Sold in Packages...

ODMT060508 Grade YG713 PVD TiAlN Coated Carbide Insert

Milling Grade for General Steel Application Multi-layer TiAlN structure realizes stronger crater and flank wear resistance Fine-grained carbide and balanced substrate Sold in Packages of 10

ODMT060508 Grade YG602 PVD TiAlN Coated Carbide Insert

Universal grade for General Milling Application Ultra Dense PVD Coating with optimal thermal resistance & strength Sub-Micron substrate designed for demanding application Sold in Packages of 10

6" ENMX09, 10° Indexable High Feed Face Mill, 14 Flute, Coolant-Thru

YG-1 High Feed Milling Indexable Cutter YG-1 Face Mill Style Indexable Cutter Coolant Holes Through The Body 10° Angle for Profiling, Face Milling, Plunging, and Helical Interpolation Uses Standard ENMX Carbide Inserts Double Sided Inserts With 4...

4" ENMX09, 10° Indexable High Feed Face Mill, 10 Flute, Coolant-Thru

YG-1 High Feed Milling Indexable Cutter YG-1 Face Mill Style Indexable Cutter Coolant Holes Through The Body 10° Angle for Profiling, Face Milling, Plunging, and Helical Interpolation Uses Standard ENMX Carbide Inserts Double Sided Inserts With 4...