Upcoming Webinars

To get started, simply select the Makino webinars you'd like to attend and click the link for the registration form. Then look for webinar reminders in your email. It's that simple.

All webinars start at 11 a.m. ET / 10 a.m. CT/16:00 GMT unless otherwise noted.

View Makino's Webinar Library
07/24/2014

5-axis Automation

Automation 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. Learn how to implement cost effective automated part loading and unloading of complex 5 axis parts.
Register

08/14/2014

IMTS Preview

Makino will be bringing an incredible array of high performance machine technologies to IMTS 2014 in Chicago. Learn about new machines, automation systems, part demonstrations, unique displays, technical presentations and new technologies that will improve your manufacturing performance and profitability.
Register

10/16/2014

Novel micro milling technologies for rib cutting and micro hole drilling in tungsten carbide

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 carbide and various other ceramics, heat resistant glass, and other non-metallic, hard to machine brittle materials.
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11/13/2014

Sinker EDM techniques for High Speed, Low Electrode Wear and Fine Finish Machining

EDM’ers have always been challenged to produce fine surface finishes in shorter and shorter lead times combined with low electrode wear. In this webinar, Makino will discuss new performance technologies and methods to improve your die or mold applications and produce consistent, fine finishes over the entire feature detail including deep rib features. Different available orbit patterns and methods to achieve finer finishes will be examined.
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