Efly Laser Achieves Mass Delivery of Intelligent Assembly Lines for Large Cylindrical Full-Tab Batteries

Recently, E-Fly Laser has delivered multiple intelligent assembly lines for large-format cylindrical full-tab batteries to leading industry clients, establishing a long-term, in-depth strategic partnership with them. The company has been deeply engaged in the field of intelligent manufacturing for cylindrical full-tab batteries for over a decade, achieving a significant leap—from breakthroughs in key processes and integration of end-to-end production workflows to mass deployment both domestically and internationally—thereby building a scalable delivery system that is stable, replicable, and ready for widespread adoption. By deeply integrating its three core systems—mechanical architecture, process engineering, and control systems—E-Fly Laser has established a standardized, transferable technological foundation that enables a shift from single-line pilot projects to high-volume production deliveries. Centered on modular mechanical design, templated process flows, and standardized electrical architecture, the company decomposes complex manufacturing capabilities into standardized units that can be rapidly assembled and deployed: modular mechanics enhance line flexibility to accommodate various product specifications; process templates, built upon a database of millions of parameters, enable data-driven process control; and electrical standardization ensures seamless data flow across the entire production chain, guaranteeing operational stability and consistent precision. Currently, all cylindrical battery intelligent assembly lines deployed globally by E-Fly Laser have achieved high yield rates, high efficiency, rapid ramp-up to full capacity, and flexible product switching. Continuous optimization of core performance metrics through large-scale application marks the official entry of E-Fly Laser’s cylindrical intelligent production lines into a mature delivery phase, fully capable of supporting the rapid capacity expansion needs of the new energy battery industry. Looking ahead, the company will further deepen technological integration and innovation, advance cross-factory collaboration and supply chain data connectivity, and continue investing in areas such as collaborative capacity planning, demand forecasting, and carbon footprint management—to help build an intelligent, sustainable battery manufacturing ecosystem.