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Unattended Machining Techniques for Die/Mold applications

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...


Improved productivity for large part production

It’s no surprise that the parts machined for the construction, truck, auto and diesel engine markets require larger machines. Large parts with large features necessitate this. What is unusual is to see machines in the category significantly reduce part processing times. Would a 30% reduction in...


Actionable Insights for “Productionizing” mold manufacturing

The keys to competitiveness and bottom-line growth in today’s mold manufacturing market are agility and flexibility – a familiar benchmark for many production machine shops. In response, many of today’s leading mold shops are turning to production machining methods to meet customers’...


Building a New Benchmark for 5-Axis Productivity

What do you get when you mix the best design characteristics from both 5-axis vertical and horizontal machine platforms? A powerhouse of 5-axis productivity—the DA300. This uniquely designed vertical machining center provides the ideal blend of speed, precision, technology, flexibility and expandability...


2+3 Machining vs. 5 Axis for Die/Mold 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,...


2+3 Machining vs. 5-axis for Die/Mold

In this seminar, 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, blending, part accuracy and surface finishes possible with 2+3 machining.


A new concept in simple automation for horizontal machining centers

Automation of machining operations will be essential for North American manufacturers to compete globally. Makino is introducing a simple, flexible robot system for 4 and 5 axis horizontal machining centers that can be installed quickly and facilitates numerous part families, with quick set up and cost...


Unique 5 axis machining techniques for Mold Lifters, Inserts and Cavities

Both 3+2 and simultaneous 5 axis machining will be discussed using a unique pyramid fixture equipped to handle 4 parts simultaneously, which maximizes spindle utilization and minimizes the setup time required per part. Makino's new D500 5 axis vertical machining center will be utilized to machine...


Part 4 of Tool Selection For High Performance Hardmilling

In Part 4 of the Tool Selection For High Performance Hardmilling we will discuss milling M4 62Hrc. This Webinar will be mainly focused on tooling and tool life. Feeds speeds and depth of cut as well as Toolpath style will be addressed. What to expect when cutting 60+ Hrc. The tooling that was used in...


Tool Selection for High-Performance Hard Milling Part 3

In Part 3 of the Tool Selection For High Performance Hardmilling we will discuss milling S7 58Hrc. What is different from H13 50Hrc. Feeds speeds and depth of cut as well as Toolpath style will be discussed. The tooling that was used in the Part 2 when we discussed H13 50Hrc will be reviewed and evaluated...


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