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The large stroke T4 5-Axis horizontal machining center combines a standard HSK-A125 interface, 1500 N-m spindle with Active Dampening and Thermal Stabilizer systems to achieve high metal removal rates with outstanding tool life and process stability.

Presenters: Brian Coward - EDM Product Line Manager Jordan Marcincavage - Aero Engine Tech Group Manager You're invited to an exciting new broadcast from the Makino Experience Center! Join hosts Brian Coward and Jordan Marcincavage for an exclusive look at the Makino EDBV Series EDM machines—engineered...

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...

Learn how Makino has combined all the benefits of 2+3 machining for large mold manufacturing into one platform utilizing VG Technology. Rough, finish and angle machining all combined to eliminate the need for supporting equipment while reducing mold try-out time.

In this Webinar, Makino will discuss the production applications of two types of non-contact gauging inside machining centers. The first type is tool changeable non-contact bore gauging for the measuring of machined parts. The second type is the laser system for tool monitoring.

In this webinar, Makino's Process Development engineers will provide guidelines for producing higher quality parts in fewer operations utilizing single layer abrasive plated grinding methods in a horizontal machining center. Learn when plated grinding is the right choice.

Learn new techniques for reducing your time to market, improving your surface finish and final geometries on complex 3D parts and reducing your cycle times on difficult to machine materials. See case studies where Makino innovations lead to significant improvements and manufacturing excellence.

Automation and five-axis machining continues to gain popularity due to their favorable impact on productivity and manufacturing cost reduction. This seminar will illustrate how to combine both technologies to achieve high productivity while also providing high flexibility and ease of use.