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E: enquiry@technicut.co.uk

AEROFOILS

Traditionally manufactured from titanium, nickel and other HRSA's, Technicut has developed market-leading aerofoil tooling solutions and application strategies for the machining of complete components including; aerofoil surfaces, leading & trailing edges, platforms and roots.

Recent market developments have introduced carbon fibre fan blade technology with the subsequent need for highly complex titanium shrouds or leading edges. Technicut has been at the forefront of this component evolution and has developed optimised tooling solutions for the production of these critical parts.

TOOLING SOLUTIONS

  • ENDMILLS

Coated endmills that deliver superior tool life when machining titanium, nickel or other difficult to machine materials.

  • MEGA-FLUTE® ENDMILLS

MEGA-FLUTE® endmills for producing exceptional results in finish milling applications at aggressive feed rates.

  • BALL NOSE ENDMILL

High precision ball nose endmills with optimised TX coating boasting a high resistance to heat and adhesion when cutting HTSA materials.

 
  • Rootform

High accuracy tools for external rootform milling. Supplied with a certification of a compliance of the form to within 0.005mm maximum deviation from true form.
 

  • MEGA-FLUTE® HIGH-FEED ENDMILL

Technicut's high-feed solid carbide roughing and finishing endmills give you the optimal solution for pocketing, helical interpolation and contouring applications and deliver up to three times faster machining than conventional methods.

  • MEGA-FLUTE® BALL NOSE

Optimised ball nose tooling utilising high flute density technology to facilitate elevated feed rates to reduce cycle times with no compromise on surface finish.
 
 

 
  • STURTZ ENDmill

Specifically designed for contoured surfaces. This tool enables high metal removal rates with good surface finish and quality by tilting the tool to create and elliptical form onto the surface.

  • TiTAN RIPPER

Roughing endmill for pip, platform and tip stock removal.
 
 

  • MEP

A range of corner breaking solutions for radiused edges.