Five-Axis Machining Centers
Exploring the: Five-Axis Machining Centers Zone
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Equipped for Composites
What machine tool features make sense for composites? A shop machining critical aircraft parts in both metal and composites describes the key features of the machine it bought with an eye toward CFRP.
Micron-Tolerance Machining Means Never Looking Back
Different tools and machining strategies have driven this shop to seek new efficiencies beyond its most demanding work and most capable machining center.
Constant-Chip-Load Machining Yields a Better Tool Path
With its in-house R&D program, this aerospace shop seeks to be a leader, not a follower, on the path to innovation in advanced manufacturing. Finding and embracing a better way to generate tool paths for highly efficient and economical metal removal...
Taking It Slow Pays Off for Learning Five-Axis Machining
A deliberately incremental approach helped this shop flatten a significant learning curve for collaborating on the postprocessor, easing setups and using cutting tools effectively.
How to Increase Machining Efficiency through Machine Monitoring
A manufacturer that is distinctive for its attention to in-cycle machining productivity describes its efforts to obtain efficiency improvements outside of the machining cycle. The shop’s primary tool is a simple, daily, graphical recap that illustra...
Technology for Turning on a Five-Axis Machine
A turning tool adapter that mounts to the MCT five-axis machine isolates the main spindle bearing from the shock of turning operations.
The Tactical Merit of Five-Axis Machining
A job shop relying on homegrown talent to win aerospace and defense work expands its five-axis capabilities
One Spindle Housing, Two Dedicated Spindle Motors
This technology combines two separate and dedicated spindle motors in a single spindle housing—one designed to perform high-torque roughing and the other designed for high-speed finishing.
Multi-Axis Workholding System Uses Three-Side Dovetail
The Get-A-Grip pedestal fixture for five-axis workholding uses a triangular clamping geometry for the matching workpiece and clamping dovetails.
Tool Monitoring for Multitasking Machines
Continuously checking the condition of cutting tools and responding appropriately to wear or other changes is especially critical on machines designed to complete parts in a single setup or run several operation simultaneously.