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Many machine shops may avoid taking on intricate aerospace machining work because they have already made investments in four-axis machining centers, and aerospace work mostly requires five-axis capability. “Aircraft structural and turbo machinery components very often have surfaces that...

In this question-and-answer session with Mark Larson, AeroEngine Manager at Makino, we take a detailed look at developments that adapt titanium machining to achieve the following results: Deeper axial cutting Excellent chip clearance Cut closer to finished forms using 5-axis toolpaths during...

Learn the optimal cutting temperatures for titanium machining and how to better manage thermal conditions during the machining process. Gain insights on modeling, testing and identifying optimal cutting parameters for high metal-removal rates and longer tool life as well as how to achieve excellent surface...

A high-speed 1000mm pallet class machine that combines high reliability with productivity.
Most suitable structural parts machining for large industrial machines such as automobiles, energy, construction machines, agricultural machines and semiconductor manufacturing equipment.

High-speed, high production, single table horizontal machining center family

MAG A12 - MAG 20.H Built for Aerospace Machining With larger strokes and pallet size vs. the smaller members of the MAG family, the MAG A12 - MAG 20.H integrates a 33k RPM / 130 kW spindle with rapid machine movement rates to maximize metal removal capabilities. The MAG A12 - MAG 20.H can be integrated...

Designed to provide the power, speed, precision and versatility to handle large part machining applications. The F8 large, vertical machining center is designed to provide the power, speed, precision and versatility to handle large part machining applications as well as big die and mold components.