Somta Series 340 – 4.0 mm HSS-Co8e 2 Flute Ball Nose End Mill-0

Somta Series 340 – 4.0 mm HSS-Co8e 2 Flute Ball Nose End Mill

$66.43
Zu Produktinformationen springen
Somta Series 340 – 4.0 mm HSS-Co8e 2 Flute Ball Nose End Mill-0

Somta Series 340 – 4.0 mm HSS-Co8e 2 Flute Ball Nose End Mill

$66.43

Somta Series 340 – 4.0 mm HSS-Co8 Ball Nose End Mill (2 Flute) | 3400400

The SOMTA 3400400 is a robust 2-flute ball nose end mill designed for smooth 3-D contouring and slot milling applications. Constructed from high-performance HSS-Co8 material and optionally TiAlN-coated, it ensures long tool life and superior finish in steel, aluminium, and non-ferrous materials. The centre-cut geometry supports both plunging and ramp milling operations with minimal vibration.

Key Features & Benefits

  • HSS-Co8 High-Performance Material – Resists wear and maintains cutting edge under heat.
  • 2-Flute Ball Nose Design – Optimized for slotting, profiling, and radius milling.
  • Centre-Cutting Capability – Allows direct plunging into workpiece.
  • Optional TiAlN Coating – Improves lubricity and oxidation resistance.
  • Precision Balanced – Ensures vibration-free cutting and smooth surface finishes.

Technical Specifications

  • Part No: 3400400
  • Tool Type: 2-Flute Ball Nose End Mill
  • Cutting Diameter (d): 4 mm
  • Flute Length (l₂): 7 mm
  • Overall Length (l₁): 51 mm
  • Number of Flutes: 2
  • Material: High-Speed Steel with 8 % Cobalt (HSS-Co8)
  • Coating: Uncoated / TiAlN option
  • Helix Angle: 30°
  • Standard: DIN 327
  • Applications: Profiling, slot milling, and radius contouring in ferrous and non-ferrous materials.

Why Choose SOMTA Cutting Tools?

  • Precision and Reliability – Maintains tight tolerances and clean finishes.
  • Enhanced Tool Life – TiAlN option extends durability under heat and load.
  • Versatile Use – Performs across manual and CNC applications.
  • Backed by SOMTA Quality – Engineered to deliver industrial performance and accuracy.

The SOMTA 3400400 offers a perfect balance of precision, strength, and efficiency for radius and profile milling tasks.

You may also like