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Master the Rigid Tap Retract function on the Makino Pro6 control, designed to optimize tapping operations and improve efficiency.

Learn how to write work offsets directly from a program on the Makino Pro6 control and explore the benefits of automating offset adjustments.

Manufacturers of medical, aerospace, prototype and complex multi-face parts have long understood the positive impact that 5-axis machining can have on productivity and quality, simply by consolidating operations. Makino’s a51nx-5XU 5-axis horizontal machining center raises these capabilities to...

Mason, Ohio – June 2018 – Intoducing Makino's newest editon to the family of high capability horizontal machining centers, the five axis a500Z. This versatile machine builds upon the industry leading performance and reliability of our nx-series four axis HMC’s, adding a factory...

Makino is excited to announce the newest addition to our family of high capability horizontal machining centers, the five axis a900Z.

MASON, Ohio – May 3, 2017 – At the 52nd International Paris Air Show, Makino is set to support global leaders in aerospace manufacturing with new technologies and processes for driving innovation and bottom-line growth. The company is scheduled to exhibit from June 19 to 25 in Stand A110 of Hall 3 of...

Mason, Ohio – April 18, 2013 – Makino is pleased to announce the establishment of its aerospace engine technology group, which has been formed to support customers’ grinding, EDM and machining of exotic aerospace alloys for the jet engine market.   This group will deliver the...

The a500iR five axis horizontal machining center is built specifically for high-efficiency machining of small to medium size, complex production components such as monolithic aerospace parts. The a500iR’s unique pallet changer configuration combines the chip-shedding capability of an upright workpiece...

  Makino announces the new iQ300 Precision Micromachining Center which incorporates Makino’s latest advancements in machine and spindle design, and unparalleled component temperature control. In addition, the machine utilizes 0.005 micron scale feedback for superior sub-micron accuracy. “Electronic...