The XNEX080608TR-ME09 F40M is a high-performance indexable milling insert designed for medium to high-speed machining and stable mass production. By combining a tough carbide substrate with advanced PVD coating technology, this insert delivers excellent wear resistance, cutting stability, and superior surface finish when machining steel, stainless steel, and selected alloy materials.

The optimized ME09 chipbreaker geometry effectively reduces cutting forces and ensures smooth, controlled chip evacuation. This makes the insert ideal for both semi-finishing and finishing operations, offering consistent performance in modern CNC machining centers and high-efficiency milling systems.

• Multi-layer PVD coating technology
• Excellent wear resistance and oxidation resistance
• Extended tool life and reduced cost per component

• Optimized cutting edge angles to minimize cutting forces
• Stable chip control and reduced chip entanglement
• Improved surface finish and machining consistency

• High resistance to chipping and edge breakage
• Suitable for interrupted cutting and complex machining conditions
• Maintains stability during high-speed milling operations

• Precision manufacturing ensures consistent edge quality
• Improved dimensional accuracy and repeatability
• Ideal for automated machining and batch production

• ✔ Carbon steel milling
• ✔ Alloy steel machining
• ✔ Stainless steel processing
• ✔ Mold and die steel applications
• ✔ Semi-finishing and finishing operations
• ✔ CNC machining centers (vertical and horizontal milling machines)

• Model: XNEX080608TR-ME09
• Grade: F40M
• Insert Type: Indexable Milling Insert
• Chipbreaker: ME09
• Substrate Material: Tough carbide
• Coating: Multi-layer PVD coating
• Machining Operation: Milling