PRODUCTIVITY

Titanium Machining Productivity

Increasing the productivity of a titanium machining process requires detailed evaluation of the cutting process and desired results. Factors influencing productivity include the types of tooling, cutting forces, spindle speeds, feedrates and coolant. Through force modeling and testing, Makino is actively researching and developing predictable processing techniques that can dramatically improve titanium machining productivity while maintaining or extending tool life.

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Another solution for increasing productivity in titanium machining is the addition of pallet changing and automation capabilities. In addition to ADVANTiGE™ technology, Makino’s T-Series 5-axis titanium machining centers feature a two-pallet system for automated workpiece changeover, which result in chip-to-chip times of approximately two minutes. T-Series horizontal machining centers can also be integrated with an automatic pallet transfer and storage system in a highly flexible Makino Machining Complex (MMC2) for extended periods of unattended operation. By applying these technologies, manufacturers can significantly reduce spindle downtime and operator maintenance for overall improvements in titanium machining productivity.