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Aerospace engine application videos

With many years of dedicated research and developement, we work closely with customers in the Aerospace industry. While most successful application cases are to be kept confidential between us and our customers, we do run regular demonstrations and test-cuts with partner companies and in our training facilities.

The video files listed below illustrate Aeroengine applications and convey ideas on how to deploy Seco®'s products successfully.

Aeroengine component videos:
(Please click on the image to play the video file)

 
  Blade machining 1:
  Tools applied: round insert cutter R217.29
  This is a peel top-to-bottom machining 
  method that reduces the tendency for vibration
  occurance. 

Blade machining 1
 
  Blade machining 2:
  Tools applied: Turbo cutters R217.69
  Mill-turning based, multi-axis machining method.
  Efficient roughing strategy for blades.		 Blade machining 2

 
  Blade machining 3:
  Tools applied: Minimaster® end milling system.
  Mill-turning based multi axis machining.

 Blade machining 3
 
  Blisk machining 1:
  Tools applied: Minimaster® end mill system.
  Plunge milling is efficient technique to remove
  the bulk of material in the shortest possible time.
  Favorable cutting force direction lowers vibration
  risk and increases tool life.		 Blisk machining 1
 
  Blisk CAM machining strategy:
  Tools applied: Minimaster® and solid end mills.
  Plunging and and multi-axis contouring.
  These methods allow for the shortest possible
  tool overhang and thus increase stability.
  Higher cutting data and tool life is achieved.		 Blisk machining 2
 
  Mill-turning:
  Tools applied: Turbo cutters and Minimaster® end 
  mill system. Multi axis milling allows for short tool
  overhang and maximised machine stability.
  High cutting data and long tool life results.		 Turn milling application
 
  Blade CAM machining strategy:
  Tools applied: round insert cutter R217.29 and 
  Turbo cutters.
  Efficicient roughing and semi-roughing simulation.		 Blade roughing CAM strategy
   
   
   
   
   

Download related documents:

Aerospace competence brochure

Aerospace competence brochure

(pdf file, download size 1.5MB)

Jetstream Tooling™ brochure



(pdf file, download size 2MB)

Jetstream™ product pages

Read also:

Material trends in aeroengines
Material trends in
landing gear
Material trends in aerostructures

Application examples:

Aeroengine components
Landing gear components
Aerostructures

Application video links:

Typical machining methods
Engine component videos
Landing gear component videos
Aerostructure component videos