0.0120" (0.30mm) x .045" LOC 2-Flute Square End Carbide End Mill, 1/8" Shank | M102

0.0120" (0.30mm) x .045" LOC 2-Flute Square End Carbide End Mill, 1/8" Shank – M102

This Kyocera precision micro carbide end mill features a 0.0120" (0.30mm) cutting diameter, .045" length of cut, 2-flute square end geometry, 1.50" overall length, and a standard 1/8" shank. It is designed for extremely fine CNC milling, slotting, profiling, and detailed cutting where very small features and controlled machining are required.

The 2-flute up-cut design helps evacuate chips efficiently while maintaining a clean cutting action in many micro-tool applications. This tool is suitable for fine detail work in plastics, acrylic, wood, composites, fiberglass, and soft non-ferrous metals such as aluminum and brass when proper feeds, speeds, and workholding are used.

Solid carbide construction provides rigidity and wear resistance for precision micro-machining. The square end geometry is useful for small slotting, profiling, contouring, and creating flat-bottom features in very fine CNC work.

Common Applications

• Micro CNC milling
• Very small slotting and profiling
• Plastic and acrylic machining
• Wood detail cutting
• PCB milling and routing
• Composite and fiberglass machining
• Soft metals such as aluminum and brass
• Fine engraving and detail cutting

Benefits

• Kyocera solid carbide construction provides rigidity and wear resistance
• Extremely small 0.30mm cutting diameter is useful for precision detail work
• 2-flute design balances chip clearance and cutting strength
• Up-cut geometry helps clear chips during cutting
• Square end geometry is suitable for slotting, profiling, and flat-bottom cuts
• Standard 1/8" shank fits many CNC routers and small precision toolholders

Specifications

End style: Square End.

Additional Specialty Applications

This very small-diameter end mill may also be useful for instrument makers, model makers, jewelry work, and other precision detail-work applications requiring narrow CNC cuts. Always verify the required slot width, material suitability, machine rigidity, and tool runout before machining with a micro end mill this small.