Electrolux

Electrolux operates 46 production sites across 150 countries, employing roughly 58,000 people and manufacturing under brands including AEG, Zanussi, Frigidaire, and Westinghouse. In Europe alone, the company produces 600,000 stoves and 1.4 million cooking ranges annually. Without a standardized digital manufacturing approach, each facility developed assembly workflows and automation concepts independently, creating process variability at scale. New production concepts were validated on live factory floors—an approach Electrolux's Director of Global Manufacturing Engineering described as too expensive to sustain. The absence of a unified platform for factory planning and material flow optimization made it difficult to replicate best practices across a global footprint this large.

Electrolux had adopted Teamcenter in 2012 as their product lifecycle management backbone. They extended this foundation with Siemens' Tecnomatix suite—including Line Designer for 3D factory layout and robot simulation capabilities—to create a digital twin environment spanning their global manufacturing operations. As an early adopter of Line Designer, Electrolux validated the tooling in a pre-release program before committing to worldwide rollout. The tight integration between Tecnomatix and Teamcenter was central to the approach: all factory planning assets, equipment libraries, hardware configurations, and training materials are stored in Teamcenter and made available to engineers across every production site. This unified digital thread connects product development with production planning, enabling teams to develop, test, and validate automation concepts virtually before any physical implementation.

The implementation established globally uniform production facilities and standardized assembly processes across Electrolux's 46 sites. Key outcomes include:

• Virtual validation at scale: Factory concepts are now tested in the digital twin environment rather than on live production lines, eliminating costly and disruptive real-world experimentation.
• Centralized knowledge management: 3D factory assets, automation libraries, and training materials are stored in Teamcenter and accessible to all engineers worldwide, preserving institutional knowledge across facilities.
• Integrated planning: Product development and production planning now operate from a shared digital platform, reducing handoff friction and enabling faster deployment of process improvements across the global network.

• Existing PLM investments provide a lower-risk foundation for digital manufacturing expansion—Electrolux's Teamcenter deployment since 2012 reduced integration complexity significantly.
• Centralized asset libraries in a PLM system are essential for consistent process rollout across dozens of global sites without redundant engineering effort.
• The factory floor should not serve as a testing ground; digital twin simulation must precede physical implementation to protect throughput and avoid costly downtime.
• Early adopter programs for integrated vendor tooling can shape product development to fit operational needs while securing a head start on implementation.
• Combining product development and production planning in a single digital thread is a prerequisite for genuine cross-site standardization.