RUKO FRS-DIN8033-HM-Ø6,0mm Solid Carbide End Mill, 6 mm Cutting Diameter, 2 Flutes, Uncoated

Precision machining of small features and fine details in a wide range of materials demands a cutting tool that combines rigidity, sharpness, and dimensional accuracy. The RUKO GMBH FRS-DIN8033-HM-Ø6,0mm solid carbide end mill is engineered to meet those demands, delivering clean cuts and long tool life in general machining applications.

Who is it for

This end mill is intended for machinists, toolmakers, and CNC operators who need a reliable, high-performance tool for milling steel, cast iron, non-ferrous metals, and plastics. Its solid carbide construction and precision grinding make it suitable for both production environments and precision workshops.

Main features

• Solid carbide (HM) construction for high rigidity and wear resistance
• 6.0 mm cutting diameter and 6.0 mm shank diameter for compatibility with standard collets
• Two flutes with 30° helix angle for efficient chip evacuation and smooth cutting
• Uncoated bright finish for sharp cutting edges and excellent surface finish on machined parts
• Center cutting design allows plunging and ramping operations
• Precision ground to DIN 8033 standard with h6 shank tolerance and e8 cutting edge tolerance

Specifications

• Tool Type: Solid Carbide End Mill
• Standard: DIN 8033
• Material: Solid Carbide (HM)
• Cutting Diameter (D1): 6.0 mm
• Shank Diameter (D2): 6.0 mm
• Overall Length (L1): 57 mm
• Cutting Length (L2): 13 mm
• Number of Flutes: 2
• Helix Angle: 30°
• Coating: Uncoated (Bright Finish)
• Shank Tolerance: h6
• Cutting Edge Tolerance: e8
• Application: Universal for general machining of various materials
• Direction of Cut: Right-hand cut
• Coolant Supply: External
• Suitable Materials: Steel, Cast Iron, Non-ferrous metals, Plastics
• Manufacturing Process: Precision Ground
• Cutting Edge Type: Center Cutting

Tips

For optimal performance, use appropriate cutting speeds and feeds based on the workpiece material. Ensure proper clamping and concentricity to avoid vibration. External coolant is recommended to dissipate heat and improve chip evacuation.