Davi, the world’s leading manufacturer and supplier of advanced plate and angle rolling machines and automated metalworking production systems, will showcase its innovative solutions at EMO 2025 in Hannover, Germany, from September 22–26, in Hall 13, Stand C63. At this global manufacturing technology event, Davi will present its transformative all-electric MCE e-POWER plate rolling machine equipped with the company’s cutting-edge AI-Vision system.
The MCE e-POWER represents a new generation of plate rolling machines that deliver positioning accuracy of five hundredths—far exceeding the one-tenth precision standard of conventional systems. Thanks to its all-electric architecture, the MCE e-POWER enables simultaneous multi-axis movements and concurrent task execution without the delays caused by hydraulic fluid transfer.
With this revolutionary design, the MCE e-POWER reduces the need for manual intervention, eliminates common leakage points, and significantly improves system reliability and uptime. The compact, space-saving footprint—made possible by the absence of bulky hydraulic control units—facilitates easy integration into production environments where efficiency and flexibility are paramount.
Making its EMO debut, AI-Vision, Davi’s advanced laser radius measuring system for all-electric machines, integrates artificial intelligence (AI) with a high-precision laser blade system. Working in tandem with the MCE e-POWER’s CNC, AI-Vision reads, measures, and applies self-corrections in real time, enabling automated rolling with unmatched accuracy and speed. Shops can now run plate rolling operations unmanned, streamlining workflows while ensuring consistent results.
In addition to the MCE e-POWER with AI-Vision, Davi’s technical team will be available to present the company’s comprehensive portfolio of plate and angle rolling technologies. Visitors to Hall 13, Stand C63 at EMO 2025 will discover how these innovations are reshaping metal forming with higher precision, greater efficiency, and lower operational costs.
