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Seco JABRO® Solid2 02928275 JS532 Ball End Center Cutting Medium Helix Single End Stub Length End Mill, 16 mm Dia Cutter, 32 mm Length of Cut, 2 Flutes, 16 mm Dia Shank, 92 mm OAL, NXT/PVD Coated

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Description

Seco JABRO® Solid2 End Mill, Ball End Center Cutting Medium Helix Single End Stub Length, Series: JS532, 16 mm Diameter Cutter, 92 mm Overall Length, 32 mm Length of Cut, 2 Flutes, Spiral Flute, 16 mm Shank Diameter, Right Hand Cutting Direction, 30 deg Helix Angle, Weldon Flat Shank, ANSI Code: JS532160D1B.3Z2-NXT, ISO Code: JS532160D1B.3Z2-NXT, Solid Carbide, NXT/PVD Coated

Seco's new generation of Jabro-Solid2 solid endmills represents over 800 universal products that apply to all commonly machined materials, from steel to titanium alloys. These highly versatile products offer an estimated 30% increase in tool life and 20% higher speeds and are designed to be applied in a wider range of applications compared to the previous generation. These productivity gains stem from optimised geometries and special edge preparations along with a new NXT coating technology.

Specifications

ANSI Code JS532160D1B.3Z2-NXT
Cutter Diameter 16 mm
Cutting Direction Right Hand
Finish NXT/PVD Coated
Flute Type Spiral
Helix Angle 30 deg
ISO Code JS532160D1B.3Z2-NXT
Length of Cut 32 mm
Material Solid Carbide
Number of Flutes 2
Overall Length 92 mm
Series JS532
Shank Diameter 16 mm
Shank Type Weldon Flat
Type Ball End Center Cutting Medium Helix Single End Stub Length

Country of Origin: Netherlands

Application:
General Machining and Radial Ramping Applications

Features

  • JABRO®-Solid2 - General machining technology
  • Solid carbide provides better rigidity than high speed steel, it is extremely heat resistant and used for high speed applications on cast iron, non-ferrous materials, plastics and other tough-to-machine materials
  • NXT is an advanced titanium aluminum nitride (TiAlN) coating specially designed to perform on a wide range of materials, the coating offers high heat resistance, longer tool life and ensures reduced friction, so the wear develops less rapidly and the chip removal is optimized
  • 90 deg cutting edge
  • 8 mm corner radius
  • 48 mm L minimum clamping
  • 30 deg axial rake
  • 10 deg radial rake
  • D - Cylindrical tool shape

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