Curtiss-Wright, a leader in the production of precision components for military aviation, has successfully implemented a new workholding solution to meet stringent manufacturing requirements. The company faced a significant challenge in achieving a .001-inch tolerance on precision ring gears made from 4340M steel, a material known for its demanding stability needs in aerospace applications.
To address this, Curtiss-Wright turned to centroteX, an advanced tooling system designed by HAINBUCH. By integrating this system with their DMG Mori turn-milling centers, they were able to resolve two critical operational issues: the need for enhanced stability and the demand for rapid changeovers. The centroteX system’s quick changeover capability allowed Curtiss-Wright to maintain high production efficiency, even amid the pressures of today’s supply chain disruptions.
The move has proven to be a game-changer for Curtiss-Wright, allowing them to continue delivering high-quality components that meet the exacting standards of military aviation. The integration of centroteX and DMG Mori systems underscores a commitment to innovation and excellence in aerospace manufacturing.
Curtiss-Wright’s strategic approach highlights the importance of combining cutting-edge technology with robust manufacturing processes. By doing so, the company maintains its competitive edge in the production of critical military aviation components.
HAINBUCH, the provider of the centroteX system, continues to be recognized for its advancements in workholding solutions, catering to a diverse range of industries that demand precision and efficiency.
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