0.0591" (1.5mm) x 8mm LOC Single O-Flute Carbide End Mill, Down Cut, 1/8" Shank | MO-132

0.0591" (1.50mm) x 8mm LOC Single O-Flute Carbide End Mill, Down Cut, 1/8" Shank – MO-132

This single O-flute solid carbide end mill features a 0.0591" (1.50mm) cutting diameter, 8mm length of cut, single O-flute geometry, and a standard 1/8" shank. Its bright, uncoated solid carbide construction makes it a versatile choice for precision CNC routing, milling, profiling, slotting, and trimming in plastics, wood, and suitable non-ferrous materials.

The O-flute geometry provides generous chip space and efficient chip control, making it especially well suited for machining acrylic, plastics, PVC, wood, and wood-based materials. It may also be used for aluminum and suitable non-ferrous metals when proper feeds, speeds, chip clearing, and workholding are used.

The bright, uncoated carbide cutting surface provides a sharp cutting edge well suited for materials where clean cutting and efficient chip control are important. The single-flute design provides ample flute space to help reduce chip packing and heat buildup, particularly when machining plastics and other softer materials.

The down-cut design directs chips downward into the cut and helps press the workpiece toward the table during machining. This geometry is especially useful when a clean top-edge finish is important and can help reduce lifting or breakout on the upper surface of suitable materials. Because chips are directed downward rather than pulled upward, adequate chip clearing is important, especially in deeper slots and enclosed cuts.

Typical Applications

• Acrylic and plastic machining
• PVC cutting
• Wood and wood-based material routing
• Signmaking and plastic fabrication
• Aluminum routing and milling when properly set up
• Suitable non-ferrous material cutting
• Fine profiling and contouring
• Narrow slotting and edge trimming
• Applications where a clean top-edge finish is important

Tool Features

• Single O-flute geometry provides generous chip space for efficient chip control
• Well suited for acrylic, plastics, PVC, wood, aluminum, and suitable non-ferrous materials
• Down-cut geometry directs chips downward and helps press the workpiece toward the table
• Helps promote a clean top-edge finish in suitable routing applications
• 8mm LOC provides useful cutting depth while maintaining a compact small-diameter tool geometry
• Square end geometry is suitable for slotting, profiling, trimming, and general routing work
• Bright, uncoated solid carbide cutting surface
• Solid carbide construction provides rigidity and wear resistance
• Standard 1/8" shank fits many compact CNC routers and precision collet setups

Specifications