A Model Machine for Titanium
Researchers develop a machine tool that controls vibration to mill titanium more productively. The machine relies on guideway systems delivering stiffness that is literally infinite.
The 400° Difference
Cryogenic machining achieves dramatic tool life gains not by flooding the cut, but by refrigerating the tool.
One Way to Machine Long Titanium Parts
This horizontal machining center design not only addresses the need for larger machining capacity for long aerospace components, but it also offers impressive material removal rates for tough titanium alloys.
Water Conservation in Waterjet Machining
This job shop’s water reclamation system also extends the life of waterjet machine hardware.
The Promise of "High Cube" Machining
Tool paths and a new tool design provide an alternative to high speed machining for achieving high metal removal rates in hard metals on lighter-duty machines.
What Is The Right Machine Tool For Titanium?
Rather than start with the machine, says Boeing, start with the tooling. For titanium workpieces and other high-value parts, a simple spreadsheet of tools and operations might be the most valuable resource for machining center selection.
What Is The Best Way To Machine A Deep, Narrow Pocket In Titanium?
Boeing’s answer to a reader question emphasizes the use of high-feed milling tools.
What Is The Most Productive End Mill In Titanium?
Boeing experts recently responded to this question when it was submitted through our Aerospace Machining Zone
Where 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.
Cutting Tool Cost Comparison Utility
Here is a calculator for measuring the actual cost of a cutting tool, once tool life and productivity are figured in.
