Cutting Tools
Low-Adhesion Drilling Grade Improves Durability in Aluminum
Walter drilling inserts using its WNN15 PVD drilling grade can see up to a 200% tool life increase compared to conventional drilling grades.
Read MoreWidia Introduces Solid End Milling Platform
Widia’s WCE solid end milling platform debuts with WCE4, a four-flute geometry that combines advanced features with versatile grade.
Read MoreBest Practices: Machining Difficult Materials
Cutting hardened steel, titanium and other difficult materials requires picking the right tools, eliminating spindle runout and relying on best practices to achieve tight part tolerances.
Read MoreChipbreaker Improves PCD Productivity in Non-Ferrous Jobs
Tungaloy’s NS chipbreaker improves its PCD inserts’ chip management, reducing machine downtime and improving surface finish on non-ferrous materials.
Read MorePutting Production on Repeat with Machine Tool Automation
Cobots and automation advances have spurred tooling and workholding innovations like Big Daishowa’s zero-point workholding system and EWA fine boring head.
Read MoreIndexable Milling Cutters for Semi-Finishing of 3D Surfaces
Tungaloy’s AddForceBarrel is said to provide greater engagement area between the cutting edge and workpiece compared to conventional ballnose end mills.
Read MoreCarbide Drill Designed to Deliver Coolant Closer to Cutting Edge
Walter’s DC 175 Supreme solid carbide drill is designed for increased performance in stainless steel and superalloy machining.
Read MoreCeratizit Offers Inserts Optimized for Steel Turning
Three new, standard, coated-carbide, ISO-P steel inserts from Ceratizit are each optimized for specific production conditions.
Read MoreMikron Adds Toric Version to Milling Cutter Family
Its CrazyMill Cool P&S milling cutter family expands to include Typ A and Typ C, which feature optimized geometry and integrated cooling channels.
Read MoreMulti-Directional Turning With New Turning Concept
Tungaloy’s AddMultiTurn provides the flexibility for outer diameter, face and profile turning operations in multi directions, which include high-feed back (pull) turning method, enabling toolpaths that turn in the opposite direction of conventional turning process at higher feeds.
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