Fives Machining supports Airbus Atlantic in optimizing its machining processes with MMS technology
A precision technology serving industrial performance
The MMS technology stands out for its flexibility and high level of precision. Designed for milling, drilling, and trimming large aluminum or composite panels, it adapts easily without the need for specific tooling. This capability enables agile responses to the evolving requirements of production series and the unique characteristics of various aerospace programs. The result: a significant reduction in machining cycles and industrialization costs, strengthening Airbus Atlantic’s industrial competitiveness.
Thanks to its advanced scanning system, the MMS accurately reconstructs each panel’s surface to adjust machining operations in real time. Equipped with two mirrored 6-axis heads, the machine ensures perfect uniformity of operations, even on complex geometries or diverse materials. This level of precision guarantees compliance with the most stringent aerospace tolerances, delivering consistent and repeatable results.
A sustainable solution for responsible production
Beyond its technical performance, MMS technology also stands out as a sustainable industrial solution. By effectively replacing traditional chemical milling processes, the MMS enables operations up to ten times faster, while significantly reducing energy consumption. This performance gain directly contributes to lowering the carbon footprint of production activities.
The machine integrates smart sensors that continuously adapt production parameters, ensuring consistent quality while optimizing operational efficiency. Additionally, the recovery and recycling of chips and material scraps help reduce waste, reinforcing the solution’s eco-responsible approach.
The MMS Mirror Milling Star thus represents a major breakthrough in digitalized high-speed machining. Capable of controlling pocket bottom thickness, managing complex shape nesting, and handling a wide variety of workpieces, MMS technology perfectly meets the aerospace industry’s high standards, combining performance, precision, and environmental responsibility.