Machining Centers & Cells


TECHNOLOGY DRIVES CELL SUCCESS


Advanced machining concepts boost productivity, quality


Jim Lorincz Senior Editor


New generation of fuel-efficient aircraft engine technology requires machine tool technologies like Mitsui Seiki’s Vertex 550-5XB for producing turbine blades from forgings, castings, bar stock, or solid billets of titanium and stainless steel.


M


anufacturing solutions that are based on today’s ad- vanced machining centers and cells are readily avail- able for the most trouble- some jobs. In the aero-


space industry, these jobs may involve awkward and complex parts in medium to large sizes made from difficult-to-machine materials like titanium or Inconel as well as complete assemblies. For Hansen Engineering Co. (Harbor City, CA), a supplier to Tier One aerospace customers, the challenge was to provide the same quality, precision, and on-time delivery for these chal- lenging parts, which today account for 20% of the shop’s output, as it did for its competitively priced airframe and jet engine parts.


August 2013 | ManufacturingEngineeringMedia.com 51


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