INTRODUCCIÓN

In August 2020, one Rome Grinding Solutions customer faced a critical challenge at several of its beef production plants. The company was required by USDA regulations to conduct hourly inspections of its meat grinders’ cutting assemblies, a task that significantly slowed production. Compounding this issue, the process of disassembling and reassembling the equipment required the use of a cumbersome twenty to thirty pound spanner wrench, which posed a safety risk to workers. The company needed a solution that would both streamline the inspection process and increase worker safety.

It turned to Rome Grinding Solutions, a leader in the meat grinding industry, to address these challenges. The result was the development of the Bolt-on Retaining Ring (BORR) system, an innovation that not only improved safety but also allowed the customer to minimize downtime and increase production efficiency.

El Desafío

Beef production plants produce enormous quantities of meat daily. In compliance with USDA requirements, this customer had to inspect the cutting assemblies of its grinders once every hour. Each inspection took approximately ten minutes per grinder, a seemingly small disruption that added up quickly, particularly given the sheer volume of meat being produced. Over the course of a workday, this downtime represented a significant bottleneck in production.

Moreover, the safety concerns were real. The traditional method of tightening and loosening the retaining ring involved a heavy spanner wrench, which was difficult and dangerous for workers to handle. The customer’s innovation and automation teams sought a solution that would not only reduce downtime but also eliminate the need for such hazardous tools, thus improving workplace safety.

La Solución: El Sistema BORR de Rome

In response to these needs, Rome Grinding Solutions designed and developed the Bolt-on Retaining Ring (BORR) system. This innovative solution allowed for quick disassembly and reassembly of grinding equipment without the need for heavy tools, thereby addressing both production inefficiencies and safety risks.

El desarrollo del sistema BORR siguió un cronograma estructurado:

Ryan Van Maasdam from Rome Grinding Solutions met with the customer to discuss the challenges and possible solutions. Rome immediately began designing the BORR system.

Menos de una semana después, Rome presentó el dibujo conceptual inicial del sistema BORR, aunque uno de los primeros desafíos fue encontrar una llave de torque capaz de aplicar tensión uniforme en todos los pernos.

Una reunión casual en una gasolinera proporcionó la solución. Van Maasdam fue presentado a Air Automation Engineering, una empresa que fabrica llaves de torque programables, la herramienta exacta que se necesitaba para que el sistema BORR funcionara según lo previsto.

Within another month, Rome completed the V1 BORR assembly. Customer representatives visited Rome’s facility to inspect and approve the system.

Later that fall, the V1 system was installed at one of the customer’s production plants, marking the first successful implementation.

Based on feedback from the initial installation, Rome made several design modifications to improve the system over the next few months. The V2 BORR system was designed to use standard material castings, which lowered costs and ensured that the system remained within budget. By January, the V2 system was fully installed and optimized for production use.