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DZ18 & DZ23: Faster Bodymaker Swings and More Flexible Canmaking

As canmakers expand can formats and rely on more flexible production lines, lightweight carbide tooling has become a practical lever for reducing changeover disruption, protecting throughput, and supporting line consistency. In this downloadable article, Hyperion Materials & Technologies examines how DZ18 and DZ23 help reduce tooling weight, support faster swing line transitions, and improve operating flexibility without sacrificing the wear resistance required in demanding canmaking environments.

 

Why Lightweight Carbide Tooling Matters in Canmaking

 

Swing lines help manufacturers respond to changing can sizes, but every changeover can introduce downtime, setup complexity, and realignment demands in the bodymaker section. Hyperion shows how material selection influences those challenges and why lower-density carbide grades can create a meaningful advantage when production efficiency depends on faster, repeatable transitions.

DZ18 Carbide Grade Can Tooling Punch

 

How DZ18 and DZ23 Support Lightweight Tooling Strategies

 

DZ18 and DZ23 were developed for canmaking applications that require lower weight and durable performance. The article outlines where each grade fits, how they support punch and punch sleeve strategies, and why lightweight carbide can create value across more than one tooling configuration. Readers also see how Hyperion connects material design to wear resistance, tooling life, and easier handling on the line.

 

More Than a Changeover Story

 

The value of lightweight carbide extends beyond swing time. Hyperion also shares how DZ18 and DZ23 can help support top wall control in necker operations, reduce mechanical stress on equipment, and strengthen cost efficiency as tungsten market conditions shift. For engineers, operations teams, and technical buyers, the article connects material science to practical manufacturing outcomes.

Download the article to see how DZ18 and DZ23 can support faster changeovers, broader lightweight tooling strategies, and stronger canmaking performance.

Carbide Can Tooling