Save your shop downtime and risk by removing operation intervention from your pylon finishing applications.
With the right combination of grades, geometries and methods, this method removes the need for operator finishing/benching tasks such as deburring, blending, dressing and fettling. The part comes off the machine and it's done.
Collaborative partner technologies:
8 tips to machine titanium alloys
Why making an aeroplane pylon is a true collaborative process
Advances in Titanium Alloy machinability
Aerospace Pylon
Reducing the carbon footprint in structural aerospace components
Lift-off for Mettis Group
Challenge around machining a pylon with Joe Gooding | Seco Tools
Pylon machining
AM Titanium Blisk Demonstration
Extrusion Machining Demonstration
WAAM Inconel Blisk Demonstration
On-machine Broaching Demonstration
Aluminium Structure Demonstration
Aluminium A-Frame Demonstration
Titanium Hip Cup - Medical
Machining a Titanium Disc - Aerospace
Aluminum A-Frame
