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Aerospace
Aerospace

AEROSPACE

TURBINE BLADE

Our tools for turbine blade machining will help you get through roughing and finishing, utilising your machine tools with minimum cost and quality to your specifications.

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Turbine blade
MFH series

MFH SERIES

Stable roughing with greater chatter resistance.

Convex design of the cutting edge reduces chatter for highefficiency rough machining.

  • Large tooling line-up from Ø8 to Ø160 to cover a wide application range for multiple part configurations
  • Applicable for variety of work pieces from titanium to heatresistant alloys
  • Multi-functional: Face milling, shouldering, slotting, ramping, pocketing, helical milling, contouring
  • Improved wear resistance with MEGACOAT NANO (PR1535) coating
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Kyocera MECHT milling cutter

MECHT milling cutter

Durable roughing cutter specifically for machining titanium.

Insert size combination improves roughing capabilities, and
maintains stable machining and extended tool life.

  • MECHT (Ø32 to Ø80) - reduced chatter and excellent chip evacuation
  • Unique design for stable titanium alloy milling
  • Insert combination for increased stability
  • Special holder design for increased reliability includes internal coolant to all cutting edges
  • Excellent chip evacuation
  • Longer tool life with low-resistance JS chipbreaker and tough PVD coating MEGACOAT NANO (PR1535)
NTS radial barrel tool

NTS-RADIAL - BARREL TOOL

Solid carbide radial tangent finishing cutter for high-speed finishing on 5-axis machines

  • 1st choice for tangential finishing of hard- to-reach surfaces
  • The faster alternative to ball-nose copy milling
  • The shape produces lower cusp height than ball nose tools, which enables larger stepover length
  • ±5 μm profile tolerance on effective radius
  • Tough, sub-μm grain, chip resistant carbide with Kyocera PVD coating
  • We customise the tools in this semi-standard range to meet your individual needs
NTS-NI end mill

NTS-NI END MILL

Solid carbide semi-finishing and finishing.

Your reliable cutter for dynamic machining nickel alloys and HRSA in general.

  • Corner radius/chamfer, cutting length, chip divider, neck reduction, oversize shank
  • Variable helix configuration for stable machining and 100% reliability
  • Dual fluting for efficient chip evacuation
  • Optimised cutting edge geometry for burr free machining
  • Sharp and ultra strong cutting edges insure low cutting force that result in longer tool life and less tool costs
  • New coating is proven as the top performing solution for nickel based super-alloys
NTS-Torus - for curved surfaces

NTS-TORUS

Our economically unrivaled solid carbide Ap finishing cutter for finishing curved surfaces, such as airfoils.

  • The design makes it possible for several Re•New™ (regrinding) services, without additional re-adjustments of diameter
  • ±10 μm profile tolerance on effective radius
  • Tough, sub-μm grain, chip resistant carbide with Kyocera PVD coating
  • We customise the tools in this semi-standard range to meet your individual needs
  • Diameters between Ø5 and Ø32 mm
  • Up to 12 times more productive than point milling with same tool diameter on low curvature surfaces
NTS-Axial arc

NTS-AXIAL-ARC

Solid carbide radial tangent finishing cutter for high-speed finishing on 5-axis machines

  • 1st choice for tangential finishing of hard to reach, surfaces
  • The faster alternative to ball-nose copy milling
  • The shape produces lower cusp height than ball nose tools, which enables larger stepover length
  • ±5 μm profile tolerance on effective radius
  • Tough, sub-μm grain, chip resistant carbide with Kyocera PVD coating
  • We produce the tools in this semi-standard range to meet your individual needs

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