Integration of Scalable Manufacturing and Digital Infrastructure

At the AMB trade fair, held in Stuttgart from September 15 to 19, 2026, DMG MORI presented technical architectures designed to optimize industrial manufacturing. The operational approach centers on process integration and digital infrastructure, establishing a measurable baseline for reducing complexity in machining operations. The technical implementation relies on 5-axis simultaneous milling and 6-side complete machining, serving as the mechanical foundation for integrating secondary processes such as grinding and gear cutting directly into the primary production cycle.




Scalable Machine Infrastructure and Automation
To address varying operational requirements across different industrial sectors, the company introduced a new portfolio of machines designed for lower complexity applications. These systems, including the DMV 160 for vertical milling operations, the CLX 450 for turn-mill processes, and the DMX 80 U for 5-axis milling, provide a structured entry point into automated manufacturing. The physical integration of robotic systems, such as the MATRIS WPH 70 for workpiece and pallet handling, and the Robo2Go system equipped with an automatic clamping mechanism, enables autonomous operation. This mechanical configuration mitigates the requirement for continuous manual intervention, stabilizing production cycles and supporting continuous manufacturing capabilities.




Digital Infrastructure and Control Systems
The physical machinery is connected through a digital platform that consolidates operational data and application control. This digital infrastructure facilitates the deployment of specialized technology cycles that execute complex machining tasks without the necessity for dedicated secondary machinery. The integration of software-based gear cutting and grinding cycles reduces the required programming time by up to 60 percent. Furthermore, specific control mechanisms adapt the mechanical feed rate according to the detected table load, while vibration monitoring systems are programmed to execute immediate emergency shutdowns. These control parameters mitigate the physical risk of collisions and extend the operational lifecycle of the equipment.




Edited by Maria Brueva, Induportals editor – adapted by AI.

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