Learn how to reduce cycle times and costs by up to 70% when performing additive/subtractive manufacturing of a blisk.
Using barrel cutters and tangential lane machining for finishing blades and additive manufactured turning tools for creating the difficult to reach features without leaving mismatch, this demo showcases an innovative method for end-to-end machining of complex aerospace parts.
Collaborative partner technologies:
8 tips to machine titanium alloys
Video: Why is Wire-Arc Additive Manufacturing important when machining a Blisk?
Expand production with collaborative uses of Additive Manufacturing
Seco and Mastercam: How Accelerated Finishing Tools Enhance Surface Finishes and Save Time
Challenge around machining a blisk with Jason Smith | Seco Tools
Blisk manufacturing challenges
Additive and Subtractive Manufacturing of a Titanium Blisk
Advances in Titanium Alloy machinability
Aerospace Blisks
Finishing a Titanium Pylon
Extrusion Machining Demonstration
WAAM Inconel Blisk Demonstration
On-machine Broaching Demonstration
Aluminium Structure Demonstration
Aluminium A-Frame Demonstration
Titanium Hip Cup - Medical
A-Frame in one shot - Aerospace
Machining a Titanium Disc - Aerospace
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