Aerospace
Cryogenic Machining Avoids the White Layer
According to 5ME, a recently discovered benefit of cryogenic machining is that it prevents the formation of an untempered martensitic “white layer” on the machined surface.
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Why Not Start With Waterjet?
In titanium, significant savings and process efficiency can result from the simple fact that abrasive waterjet cutting leaves the remaining stock intact.
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Five-Axis Milling Machine for Aerospace, Defense
The Mikron HEM 500U high-efficiency milling machine from GF AgieCharmilles offers high-performance five-axis capabilities designed for efficient, accurate cutting of aluminum, alloys and steel.
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Collaborating for Competitiveness
These seven aerospace shops prove that blurring the line between competitor and collaborator can benefit all involved—if it’s done right.
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Machine-Ready Blanks Reduce Setup Time
TCI Precision Metals offers high-precision machine-ready blanks said to increase throughput.
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Tool Management Drives Process Standardization
From incoming order to final delivery, this aerospace component manufacturer strives to eliminate process variables. Airtight control of cutting tool inventory is critical to that effort.
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Leveraging Laser Technology
Bruce Boone says laser technology enables him to make specialized rings from titanium and other materials that his competitors can’t offer.
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“Right-Sized” Machine for Structural Aerospace Parts
This five-axis machine offers a compact footprint and atypical automated pallet changing system for small, yet challenging aerospace structural components.
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Event Highlights Solutions for Aero Structural Parts
The thin walls and deep pockets common to structural aerospace parts make machining challenging. A recent event at Makino’s U.S. headquarters highlighted solutions for effectively machining such tricky aluminum and titanium components.
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