Monaghan Drills Optimize Chip Evacuation
MK Tools Rambo Speed Drills are well suited for high-speed applications where efficiency is key, including connecting rods, injection pumps, wheel carriers, guide wheel shafts and more.
Tool Path Improves Chip Management for Swiss-Type Lathes
This simple change to a Swiss-type turning machine’s tool path can dramatically improve its ability to manage chips.
Addressing Micro-Boring Challenges
This boring bar/tool holding system for Swiss-type lathes is said to offer high rigidity and positioning repeatability. In addition, the boring bars can be changed out using no hand tools.
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Bar Feeder Designed with Swiss-Types in Mind
New technology enables this bar feeder to fully support the bar pusher and stock from inside the unit all the way to the spindle of a sliding headstock lathe.
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New Cutting Tool Technology Discovered at Paul Horn Open House
During a tour of the company’s campus in Tubingen, Germany, I and more than 3,000+ others were introduced to a number of new advances the company has made in cutting tool technology particularly as it relates to the medical industry.
Video Tech Brief: Bar Feeder Technology Optimized for Swiss-Types
This bar feeder design is said to offer high guidance quality with minimum vibration and noise development for sliding-headstock machines.
Dillon's Extruded Aluminum Pie Jaws Maximize Contact Area
Eastec 2023: The company’s full-grip pie jaws are machined from aluminum barstock, meaning they have none of the porosity inherent with castings.
IMCO Carbide Tool Inc. End Mills for Faster Part Cycles
The M936 Pow-R-Feed series is designed to make various toolpath moves without slowing down, providing faster cycle times and more production.
Dillon's Full-Grip Chuck Jaws Reduce Part Distortion
Dillon full-grip jaws are ideal for high-speed machining, as well as precision boring, tapping, drilling and finishing across most industrial markets.
VIDEO: Swiss Shop’s Choice of Collets Facilitates Backworking
This Swiss shop discovered workholding collets that satisfy the needs of its very small, delicate and complex medical parts production on the subspindle, making once impossible processes not only doable but more efficient and esthetically pleasing.