Aerospace Welding

WeldComputer® adaptive controls are in widespread use by military and commercial jet engine manufacturers. Some of the many aerospace applications include:

  • Aluminum spot welding on fighter planes
  • Aluminum and titanium spot welding on helicopters
  • Spot welding on jet engines
  • Cockpit parts in commercial airliners
  • Rocket & missile components
  • Honeycomb structures on aircrafts and jet engines
  • Heat shielding on space shuttle engine
  • Precision welding on superplastically formed titanium structures for next-generation aircraft

Learn more about how to use clauses in the D17.2 MIL-SPEC to eliminate destructive testing.

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Let us help you replace costly destructive testing

U.S. military approvals to use WeldComputer® adaptive controls as a replacement for periodic destructive testing under MIL-W-6858D date back to 1988. Read the article here.

WeldComputer’s representation on the AWS D17 Committee has been instrumental in writing revisions into the MIL-SPEC. This allows manufacturers to more fully take advantage of advanced adaptive control and weld monitoring techniques to reduce the cost and time required to maintain compliance with the MIL-SPEC.

“WeldComputer is this company’s best way to success.” – John Rasmussen, GKN Aerospace

See how Sandia National Labs is utilizing WeldComputer® wave synthesis technology for Adaptive Resistance Welding of Aluminum Alloys.

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