To main content To menu

Cylindrical Battery Cell Production – How to Optimize Durability & Performance

Driven by recent shifts in consumer preferences, the rising demand for clean energy solutions has placed significant pressure on cylindrical cell battery manufacturers. The mass production of cylindrical battery cells requires tooling with exceptional hardness and wear resistance to endure the abrasive conditions of the manufacturing process, along with the dimensional stability to ensure precise and reliable product quality.

 

 

Can Tooling Legacy Offers Solution for Cylindrical Cell Production

 

The can tooling team at Hyperion Materials & Technologies has unrivaled expertise in materials science and profound knowledge of metal drawing honed through its decades of experience engineering advanced tooling solutions for the global can making industry.

Can Tooling Body Maker set with Rings and Punchs on a white background.

Can Tooling Body Maker set with Rings and Punchs.

 

In its technical article, "Optimize Durability & Performance for Cylindrical Cell Production” Hyperion’s can tooling team, comprised of advanced materials experts and tooling engineers, explores the parallels between the drawn and wall-ironed process for can making and the manufacturing processes for cylindrical battery cells. The article analyzes how Hyperion's expertise in materials science and metal drawing processes can be applied to engineer its can tooling solutions to the unique challenges of battery cell production, to deliver:

 

  • Enhanced durability and performance for rigorous production conditions
  • Increased production efficiency with reduced downtime and increased throughput
  • Improved product quality with dimensional consistency and tight tolerances 

 

Discover how Hyperion Materials & Technologies’ legacy of innovation and advanced tooling solutions can help shape the future of EV battery cell manufacturing. Download the full technical article to learn more about how Hyperion's unrivaled expertise and precision engineering can enhance tooling performance and longevity for the growing cylindrical battery cell market.

Can Tooling