The trigger was not only durability in the field, but above all everyday manufacturing reality. Different plate sizes, additional manual steps, and an embosser—a metal nameplate embossing machine—that was failing more and more frequently had turned metal labeling into a real bottleneck. “That was work that wasn’t standardized and wasn’t lean. I wanted to unify the process,” explains Pet Xaysombath, Senior Manufacturing Engineer at Boston Gear, describing the initial situation. Another issue added to the pressure: if the label is missing entirely, identification becomes detective work. Product Manager Rick Wucherer puts it this way: “Without labeling, assigning the product to its technical history turns into a reverse-engineering exercise—a huge effort and no fun at all.”

What was needed, therefore, was an alternative that could be seamlessly integrated into existing workflows: printable with existing thermal transfer printers, clearly identifiable via SAP, and robust enough to remain legible over the long term—even after painting and intensive cleaning. Working together with Schreiner ProTech, a two-layer paint mask label was developed. “The decisive factor was the combination of process integration and protection: a removable paint mask label and a laminate that reliably secures the data,” explains Schreiner’s Doug Stubbs, Sales Account Manager in Blauvelt. After the rollout, day-to-day production quickly revealed where standard solutions often fall short: oil residue, rough cast surfaces, and warm components initially caused the entire label to detach in some cases when the paint mask film was removed. Instead of changing the process, however, Schreiner ProTech customized the material to meet the customer’s specific requirements. “Since then, I’ve had zero complaints. I regularly walk the production line, and the new label just works,” Xaysombath says.

The next step at Boston Gear is already taking shape: standardization across additional product lines and sites—with the goal of treating labeling not as a standalone measure, but as a scalable building block for traceability and serviceability across the entire product lifecycle.