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Results for "Horizontal Machining Centers"

2+3 machining vs. 5-Axis for Die/Mold Applications - Part 2

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,...


Thal Precision: A Journey in Process Improvement with the Makino D200Z

Thal Precision in Clark, New Jersey got its start in 1980 doing aluminum tooling and small tooling repair jobs. Fast forward four decades and this multi-generational, family-owned business has evolved with the times, becoming a recognized manufacturer of complex molds and high-precision tooling for some...


Data Collector & Data Writer

Connect Makino machine data to the systems you already use


CGI Machining

Compacted Graphite Iron is the future for applications requiring light weight and high strength, like diesel engines. Learn how Makino is leading the way in machining this difficult material.


The Fine Art of Micro Hole Machining

This webinar opens the doors to processes, electrode requirements and dielectric needs of EDM machining fine holes down to 0.002 inches successfully. Presented by Bill Paul, Application Engineer at Makino


Built for Speed

Many of our customers have molds that require very short lead-times—lead-times that many mold makers find unreasonable, said Tony Knapp, vice president of Creative Die Mold of Glendale Heights, Illinois. "Those companies know that they can come to us and get their molds in the time they need...


Make Competition Work for You

As an exhibitor at this show, Makino took some time to note the latest and greatest technologies of the plastics industry. Learn more about your customers' customers. Supplying your customers time.   MAKE COMPETITION WORK FOR YOU Many of you may...


Myths of High-Speed Machining

As head milling applications engineer for Makino, Ron Field spends most of his time helping die and mold manufacturers implement high-speed machining applications. From this hands-on experience, Field has developed a list of commonly held misconceptions about high-speed machining.

not imported


A New Approach To Titanium Machining.


Five-Axis Performance from a Four-Axis Machine


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