Milling Tools
Dapra high feed cutting 4140ph at 300-ipm.
(sponsored content) Video: High-Feed Cutting 4140PH at 300 IPM with RHINO-FEED Mid-Feed Shell Mill and Inserts from Dapra.
WatchWhere More Flutes Make Sense
A tool with many flutes can be effective for achieving a productive metal removal rate in titanium, where speed and chip load are constrained.
Read More90-Degree Pocketing Aluminum - 0.250” DOC with Square Shoulder End Mill and XPET-ALU Inserts from Dapra
(sponsored content) This video demonstrates Dapra's 1" Square Shoulder End Mill executing a pocketing routine in aluminum.
WatchMicromachining Powder Metal on a VMC
By refining its micromachining process for powder metal tool steels, this shop has reduced production costs, lead times and secondary bench work for complex tooling components.
Read MoreVideo: Maximizing Cutter Life
A shop owner describes his simple approach to evaluating cutting tool performance and finding the best parameters.
WatchAcme Solid Carbide Thread Mills
Scientific Cutting Tools offers a complete line of full Acme and stub Acme single-profile thread mills with thread sizes ranging to 1 ¼" – 5".
Read MoreTangential Cutter Speeds Ramping and Plunging
A new high-feed tool extends the benefits of Iscar’s Helitang Upfeed series of tangential milling cutters to include ramping work, as well.
Read MoreCutters Designed for Steel and High-Temp Alloys
The Hi-PosTrio cutting tool line of indexable end mills and face mills features cutter diameters ranging from 0.625" to 6.00" and three insert sizes.
Read MoreA New Milling 101: What Customers Demand
Part 5. For W Machine Works in San Fernando, a custom variation of the WIDIA-Hanita VariMILL II solid end mill proved especially effective in roughing and semi-finishing applications in stainless steels, high-temp alloys, nickel- and carbon-based alloys, and titanium.
Read MoreA New Milling 101: Selecting Tool Materials and Coatings
Part 4. The emergence of new workpiece materials is driving the development of new cutting tool materials and tool coatings. These, in turn, are driving the development of new milling processes and techniques.
Read More