In the world of packaging machinery, few investments deliver as much value and peace of mind as the ANSI/PMMI B155.1 safety standard. At $169, it is easy to underestimate what you are really getting. When you look at the realities manufacturers face today, B155.1 quickly reveals itself as the gift that keeps on giving.
More Than Just Machine Builders
One of the most common misconceptions about B155.1 is that it only applies to packaging machine manufacturers. In reality, the standard also applies to co-packers and co-manufacturers, organizations that integrate, operate, modify, or are otherwise responsible for packaging machinery in production environments.
If you own it, operate it, modify it, or put product through it, B155.1 is relevant to your operations.
Legal Implications
In our experience working with packaging manufacturers, it is not uncommon to see one to two litigation claims related to machinery incidents per year that ensnare a member company. In many of these situations, one of the central questions raised is whether the machine meets the recognized industry standard. B155.1 exists precisely to address that question by providing clear, consensus-based guidance for risk assessment, safeguarding and information for use.
Safety That Pays for Itself
Applying the concepts and processes described in B155.1 supports safer machine design and use. A structured approach to risk assessment leads to more intentional safeguarding decisions. Clear responsibilities help reduce gaps between machine builders, integrators, and end users. The cumulative effect is fewer incidents, reduced downtime, increased operator confidence, and more consistent safety outcomes over time.
An Obvious Return on Investment
For $169, ANSI/PMMI B155.1 provides a structured safety framework that promotes safer equipment and better alignment across manufacturers, co-packers, and co-manufacturers.
What more could you ask for?
In a world where safety expectations are unlikely to become simpler, ANSI/PMMI B155.1 offers a practical path forward. It helps make machines safer, supports sound engineering practices, and provides clarity in an otherwise complex landscape.
