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Aerospace
How Limiting Are Limited Five-Axis Travels?
Boeing experts recently responded to a question regarding a “nutating” head that was submitted through our Aerospace Machining Zone
Read MoreMicromachining: Drilling Is Doable
This shop drills 0.020-inch holes as part of a machining cycle that also includes full-size tools cutting full-size features.
Read MoreVideo: Drilling 0.020-Inch Holes In Stainless Steel Aerospace Part
 This footage on a small drilling machining also includes machining with full-size tools in the same cycle.
WatchWhat Is The Most Productive End Mill In Titanium?
Boeing experts recently responded to this question when it was submitted through our Aerospace Machining Zone
Read MoreWhere Does Diamond Make Sense In Machining Titanium?
Boeing machining experts say one application is drilling Ti-Composite stacks. PCD does well here. The group recently addressed this question submitted through our Aerospace Machining Zone.
Read MoreHow Do You Maximize Tool Life In Aluminum?
Boeing experts say climb vs. conventional is not the key. They recently answered a question submitted through our Aerospace Machining Zone, saying the key to tool life is actually chatter control.
Read MoreMachine-Ready Blanks
According to the company, its machine-ready blanks reduce overall part costs. They can be loaded directly into the machine without prep operations, which include sawing, grinding, flattening or squaring. Â Additionally, machine-ready blanks are said to require less time for adjusting setups and fixture offsets.
Read MoreMachining At Mach 3
Airbus invested in abrasive waterjet for machining CFRP components. Here is why.
Read MoreHow To Machine Aircraft Titanium (Introduction To A Series)
Choose cutters, depths and tool paths with attention to particular steps in the process, and you can machine titanium more efficiently than you might suspect. Boeing offers practical tips.
Read MoreHow To Machine Aircraft Titanium: The 8-To-1 Rule For Finishing Walls And Ribs
Part of a series of articles on more efficient machining of pockets in titanium parts, this article makes the case for a tool with many cutting edges, and describes how best to apply it.
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