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THE CHALLENGES FACING AEROSPACE
MANUFACTURERS HAVE NEVER BEEN GREATER,
but the opportunities available to those that embrace lean practices and master complex parts manufacturing give hope for a bright future.
Mori Seiki is committed to removing barriers and helping our customers prepare for what lies ahead. By embracing change and looking beyond the machine tool for process improvements, aerospace and defense contractors receive more than a partnership in machinery. With Mori Seiki, they receive a competitive advantage.
 Click here to read about QPM Aerospace's success story.
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| 5-AXIS VERTICAL MACHINING CENTERS |
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Featuring DCG® technology and box-in box construction, the NMV Series 5-axis vertical machining centers produce complex aerospace components like impellers and blisks in less time and with perfect surface finishes. The newest addition, NMV8000 accommodates parts up to 39.4 inches wide. |
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The NT Series combines the turning ability of a lathe with the cutting capability of a machining center, while making no compromises on either front. The
mill-turn machining center is designed for high performance across a variety of operations, and is ideal for increasing productivity and reducing set ups for complicated aerospace components. |
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| MULTI-AXIS MACHINING CENTERS |
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| The revolutionary NZ Series features three turrets with built-in milling motors and a Y-axis function for a 30 percent reduction in machining time compared to conventional machines. Ideal for mass producing precision components from bar stock, the NZ Series is also suited for synchronized machining of shafts, flanges or complex components up to 12.5 inches in diameter. |
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5-AXIS HORIZONTAL MACHINING CENTERS |
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The NMH Series of 5-axis horizontal machining centers achieves the world's highest level of positioning accuracy and is perfectly suited for machining large, complex aerospace parts. The NHM Series reduces machining time, extends tool life and achieves perfect dimensional accuracy. |
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| ULTRA HIGH PRECISION DIXI MACHINING CENTERS |
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| Renowned for unmatched levels of precision, Swiss-made DHP machining centers are ideal for the most critical aerospace components. DIXI machines achieve accuracy at the nano level everywhere in the work envelope. |
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MORI SEIKI ORIGINAL TECHNOLOGIES
INNOVATIONS THAT
SET US APART |
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DCG® – DRIVEN AT THE CENTER OF GRAVITY
DCG eliminates vibration by driving components along their simulated center of gravity. This unique design element increases accuracy and productivity. |
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BMT™ – BUILT-IN MOTOR TURRET
By placing the motor directly in the turret, heat generation and vibration are minimized, while improving transmission effi ciency, machining accuracy and cutting power |
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DDM™ – DIRECT DRIVE MOTOR
By transmitting drive power directly to the rotary axes, DDM achieves zero backlash. The result is dramatically increased transmission effi ciency and the ability for high-speed feeds. |
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ORC™ – OCTAGONAL RAM CONSTRUCTION
The unique design of ORC ensures that heat expansion occurs symmetrically, maintaining consistent center positioning. This allows for high-speed, high-precision feeds. |
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MORI SEIKI
MACHINING TECHNOLOGY LABORATORY:
SOLUTIONS BEYOND THE MACHINE TOOL |
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MORI SEIKI UNIVERSITY:
CLOSING THE SKILLS GAP |
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Devoted to the enrichment of the skilled workforce, Mori Seiki founded Mori Seiki University to equip machine tool operators and programmers with the tools to match the rapid evolution of technology and its applications in the aerospace industry.
A dedicated faculty provides training in customized on-site and traditional classroom settings, as well as Education On Demand, an immersive online educational tool. Flexible and affordable, the web-based training program allows students to learn on virtual machines that behave true to their real-world counterparts en route to transforming from potential machinists to highly trained experts.
Learn more about Mori Seiki University at MSUonDemand.com |
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