NO NAME K.MILLING CUTTER COM METAL DURO SINTERIZADO HF 100 F Hyperbola 12,7 mm diâmetro de corte, 25 mm comprimento de corte, 6 mm haste, tipo RBF, fresa de topo em metal duro integral

CNC machinists and toolmakers working with challenging materials like hardened steel or stainless steel will find the NO NAME HF 100 F Hyperbola end mill a reliable choice for high-feed roughing and finishing. Its solid carbide construction and hyperbola flute geometry deliver stable cutting at elevated speeds, helping reduce cycle times in demanding production environments.

Key specifications

• Tool type: Solid carbide end mill, center cutting
• Series: HF 100 F Hyperbola
• Cutting diameter (D1): 12.7 mm (0.5 inch)
• Cutting length (L2): 25 mm
• Shank diameter (D2): 6 mm, tolerance h6
• Overall length (L1): 75 mm
• Number of flutes: 3
• Flute geometry: Hyperbola
• Coating: BLUE-LINE
• Manufacturing standard: DIN 6527 L (modified)
• Coolant supply: External
• Application: High-performance universal milling, CNC machining, high-speed cutting (HSC)
• Compatible materials: Steel, stainless steel, cast iron, hardened steel, exotic materials

Why choose it

The hyperbola flute design, combined with the BLUE-LINE coating, reduces cutting forces and improves chip evacuation, resulting in smoother finishes and longer tool life even in difficult-to-machine alloys. The solid sintered carbide substrate provides high hardness and wear resistance, making this end mill suitable for both roughing and finishing operations at high feed rates.

Ideal use cases

• High-speed milling of hardened steel molds and dies
• Profiling and slotting in stainless steel components
• Roughing and finishing of cast iron parts
• Machining of exotic materials such as titanium and nickel alloys

Good to know

This end mill is manufactured to DIN 6527 L (modified) and features a center-cutting design, allowing for plunge milling. The h6 shank tolerance ensures precise fit in collet chucks and hydraulic holders, minimizing runout and vibration for superior surface quality.