0.0787" (2.00mm) x 22mm LOC TiN Coated Single O-Flute Carbide End Mill, Up Cut, 1/8" Shank | MO-150

0.0787" (2.00mm) x 22mm LOC TiN Coated Single O-Flute Carbide End Mill, Up Cut, 1/8" Shank

This single O-flute carbide end mill features a 0.0787" (2.00mm) cutting diameter, 22mm (.866") length of cut, 1.50" overall length, and a standard 1/8" shank. The titanium nitride (TiN) coating provides added surface hardness and wear resistance compared with uncoated carbide.

The O-flute geometry is especially well suited for cutting acrylic, plastic, PVC, and other softer materials. It may also be used in aluminum and suitable non-ferrous materials when proper feeds, speeds, chip clearing, and workholding are used.

The up-cut design helps evacuate chips efficiently and can improve bottom-edge cut quality in many routing applications. Because up-cut tools pull chips upward, the top edge may require proper hold-down, masking, or finishing depending on the material.

Important setup note: This tool has a long 22mm LOC relative to its 2.00mm cutting diameter. Use light passes, conservative feeds, good chip clearing, and secure workholding to reduce deflection, chatter, or tool breakage.

Typical Applications

• Acrylic and plastic machining
• PVC cutting
• Signmaking and plastic fabrication
• Aluminum routing and milling when properly set up
• Suitable non-ferrous material cutting
• Detail routing and profiling
• Slotting and contouring
• CNC work requiring strong chip evacuation in softer materials

Benefits

• Single O-flute design supports efficient chip evacuation in plastics and softer materials
• Up-cut geometry helps pull chips up and away from the cut
• Can improve bottom-edge cut quality in many routing applications
• TiN coating provides added wear resistance compared with uncoated carbide
• Long 22mm LOC provides extra reach for deeper profiles, slots, and trimming work
• Square end geometry is suitable for slotting, profiling, trimming, and general routing work
• Standard 1/8" shank fits many compact CNC routers and precision collet setups

Specifications