Source: Blaser Swisslube

New Metalworking Fluids Address Challenges in Aerospace Production

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Learn about new metalworking fluids engineered to significantly extend tool life without risking costly aerospace parts.

Titanium and high-nickel alloys burn through inserts and cutting tools more than other materials, especially during roughing. Tools are frequently changed earlier than required in titanium machining as a precaution. Learn about new metalworking fluids engineered to significantly extend tool life without risking costly aerospace parts.

Agenda:

  • Learn to select the right metalworking fluid for your aerospace application
  • Understand the impact of fluid selection during initial new product planning
  • Discuss challenges of obtaining metalworking fluid approvals from OEMs
  • Consider how supplier service and support can significantly impact the bottom line

Presenter 1:

Doug Fecher

Senior Applications Engineer

Doug Fecher began his manufacturing career at age 16 when he enrolled in a vocational school for machine trades. Over the next 23 years, he broadened his expertise through diverse manufacturing roles in the automotive and aerospace industries. Today, he serves as a hands-on applications specialist, helping manufacturers in selecting the right metalworking fluids to address production challenges and lower costs.

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