tech brief
Video: The Value of Shrink-Fit Collets for Live-Tool Lathes
Offering reduced setup times, high runout accuracy and high clamping forces, shrink-fit technology for ER collets is now available for live-tool lathes.
WatchBuilt-In Robot Optimizes Turning Processes
A robot integrated within CNC lathes enables part loading and unloading, chatter suppression and chip removal, ensuring that each machine is consistently operating at its highest efficiency.
WatchVideo: Athena Offers Voice-Operated Assistance for Machine Tools
This voice-operated assistant promises to guide, simplify and optimize tasks for experienced and inexperienced CNC machine tool operators alike.
WatchMachine Shop Employee with Disabilities Shines in the Workplace
Using an untapped talent pool for finding skilled labor might open doors to a mutually beneficial partnership.
WatchThread Milling Tips for Tricky Aerospace Materials
Compared to tapping, thread milling offers advantages for creating threads in challenging materials such as high-temperature alloys.
Read MoreDouble‐Rough Pinch Grinding Cuts Cycle Time in Half
This alternative to customary pinch grinding uses two roughing wheels to decrease cycle times for blank preparation of carbide cutting tools.
Read MoreFor CNC Multitasking Machines, Why Part Along Y?
Newly designed tooling takes advantage of a multitasking machine’s Y-axis motion to more effectively perform parting-off operations compared to conventional X-axis processes.
Read MoreWill Transmission Manufacturers Turn to Out-Of-Round Turning?
Out-of-round turning can be an efficient alternative to profile milling and grinding for polygon couplings that could replace traditional spline connections in automotive transmissions.
Read MoreIn-House Passivation: Questions Asked and Answered
Machine shops considering bringing passivation for stainless steel parts in-house have common questions. Here we answer a few, as well as run through some the passivation equipment suppliers might ask of shops.
Read More5 Facts About Thread Rolling
Unlike subtractive processes, thread rolling does not remove material but instead moves and molds ductile metals quickly and precisely into the thread form using a cold-forming process. Learn more about thread rolling and tooling advances here.
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