New Energy Industry
As one of the sectors with the highest adoption rates for flexible production lines, this technology is ideal for manufacturing power battery packs, photovoltaic modules, charging piles, and energy storage modules. These products undergo rapid model iterations and involve assembly processes that vary significantly across specifications. Flexible modular lines utilize quick-change tooling to rapidly switch between different cell specifications and power ratings without requiring major line overhauls, thereby drastically reducing the costs associated with repeated line investments.
Automotive Parts Industry
These lines perfectly match the "high-variety, low-volume" production characteristics of the automotive parts industry, covering assembly and material handling for components such as fuel tanks, mufflers, chassis parts, and stamped housings. While traditional rigid production lines require over four hours for changeovers, flexible modular "cell" lines allow for rapid reconfiguration. They reduce the production line footprint by 40% and cut labor requirements by 2–4 operators per line. Additionally, the scrap rate due to component damage (such as dents or breakage) drops from 3.1% to 0.4%, and the incidence of workplace injuries is significantly reduced.
3C Electronics Industry
This is the sector where flexible modular production lines see the most mature application, covering the entire process-assembly, testing, and packaging-for consumer electronics such as smartphones, earphones, and smartwatches. Product lifecycles in this industry are typically only 6–12 months; while traditional rigid lines often become obsolete after a product redesign, flexible modular lines simply require the replacement of specific process modules to adapt to the production needs of new-generation products, thereby significantly extending the line's operational lifespan.
