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Timing studies and simulation can help engineers optimize cycle time in automated assembly systems.

New assembly conveyors are designed for transporting fragile medical devices and heavy loads.

The machine can be operated as a standalone system, or it can be integrated into automated assembly lines.

When introducing new vehicle models, each launch can demand extensive reconfiguration of existing production lines. Timing is critical and every delay carries a significant cost. Digital twin technology can help engineers tackle that issue.

Omega 750 S enables fully automated wire harness production for automotive manufacturers.

The right nozzle helps precision spray systems reduce defects, save fluid, ensure long‑term stability, and integrates smoothly into automated or robotic environments.

Motion Index Drives designed and manufactured a custom 9-inch precision link conveyor for an automotive application.

Chris Draper, CEO and co-founder of morriganAI and author of Safe AI Basics and co-author of Governing Artificial Intelligence, challenges the way we think about AI and explains why the real risk—and opportunity—lies in human behavior.

BIRMINGHAM, England—Engineers at Aston University here have developed an AI-based method to train robots to perform assembly tasks.

Over the next four years, Mercedes-Benz will invest $4 billion in its assembly plant in Tuscaloosa, AL. The plant assembles a range of SUVs for both the U.S. and export markets.