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Learn how to approach rib milling from a different perspective, as we share a machining technique that allows for single pass, full depth machining of deep, thin ribs. In addition, we would like to introduce new tooling technologies and machining techniques that permit direct mechanical drilling of tungsten...

Machine uptime is not a luxury; it's a necessity. Parts suppliers can no longer afford to have equipment break down or fall out of specification at all, at any time, for any reason.     As parts manufacturers are being forced to get more out of their machine tools...

Makino continues its drive toward direct customer alignment by opening another new regional sales and service office. The new Makino Manufacturing Progress Center of Northern Illinois is located in Elgin, northwest of Chicago.   MAKINO CONTINUES SALES AND SERVICE OUTREACH Makino...

In this second part of this series, actual cutting tests will be highlighted and demonstrated to compare 2+3 vs. 5 axis machining. Makino will discuss why 2+3 machining might be a better fit than full 5-axis processing for your die/mold manufacturing operation. Learn about the superior programming capabilities,...

Growing demands for machining of hardened materials, requiring exceptional submicron surface finishes will be reviewed in this webinar. See how progressive stamping dies, PCD tooling, motor cores and LED dies and molds can be machined faster, and with 0.2 Rz surface finishes utilizing new oil-based dielectric...

Unattended machining is essential to be competitive in the manufacturing molds and dies. This webinar will focus on the enabling technologies and operational techniques to run with confidence unattended. Automatic tool length measurement, tool life monitoring, spindle load monitoring and the systems...

Learn how Makino's new U3 and U6 Wire EDM platform can reduce cycle time and wire consumption while producing higher accuracy and finer surface finishes. The new HyperCut machining technologies are at the core of performance improvements, and can achieve a surface finish down to 3µmRz (15µinRa)...