- Grob
- Open Mind
- Schunk
- Seco Tools
- Starrag
- GKN
- Seco Tools
- Heller
- Siemens
- CGTech
- GOM
- Seco Tools
- Kingsbury (Hermle, Gefertec)
- TTL
- GOM
- CGTech
- AMRC
- Seco Tools
- Modig
- Fanuc
- Fisher
- ICam
- B&B Airparts
- Seco Tools
- Grob
- Bruker Alicona
- Castle Precision
- Seco Tools
- DMG Mori
- Tebis
- Seco Tools
Machining Demonstrations
AM Titanium Blisk
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:
Aluminium A-Frame
Are you for or against the automation of aerospace manufacturing processes?
In this demonstration, we will show how you can gain high metal removal rates, stability and better quality results than a one shot approach by combining machine tool solutions and innovative cutting tool techniques and how automating these applications can achieve higher productivity in aluminum machining.
Collaborative partner technologies:
Finishing a Titanium Pylon
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:
WAAM Inconel Blisk
Looking to be more environmentally sustainable in your aerospace manufacturing?
Reduce energy, material usage and tooling costs by using this Wire-Arc Additive Manufacting (WAAM) method. See this practice in action when machining a nickel blisk.
Collaborative partner technologies:
Extrusion Machining
Remove the need for workholding, and stop billet prep and multiple set ups - especially in soft materials - with extrusion machining.
Learn how this practice can reduce your cycle times and risk when manufacturing large parts and components.
Collaborative partner technologies:
On-machine Broaching
By integrating the broaching process into existing machine tools, instead of having to invest in special broaching machines, you will save your shop time and money.
Find out how to transfer traditional long-pull broaching applications into on-machine broaching applications.
Collaborative partner technologies:
Aluminium Structure
Secure your processes, reduce handling, and create more automation within your machining applications when you machine one operation with five-axis machining techniques.
Learn more about in-process probe control, singular clamping, and CAD-CAM collision control to improve your aluminum structure applications.
Collaborative partner technologies: