Huntington Ingalls Industries (HII) is embracing a revolutionary smart welding system at its Ingalls Shipbuilding division. Developed by RMRI, Inc., this adaptive technology uses sensors and machine vision to scan workpieces and automatically adjust welding parameters in real-time. This innovation promises to dramatically reduce human error, enhance weld quality, boost efficiency, and decrease re-work, marking a significant leap forward for US naval shipbuilding and addressing critical industry challenges. It's set to streamline workflows and improve productivity for vital vessels.
A groundbreaking advancement is set to transform the landscape of US naval shipbuilding, bringing forth a new era of efficiency and quality. Huntington Ingalls Industries (HII), through its Ingalls Shipbuilding division, is enthusiastically testing an innovative smart welding system that promises to significantly enhance the construction of vital naval vessels. This adaptive welding technology, developed by the forward-thinking small business RMRI, Inc., is a testament to American ingenuity and collaboration.
Funded by the Office of Naval Research's (ONR) ManTech program, this sophisticated system employs advanced sensors and machine vision to meticulously scan workpieces. It intelligently identifies even minute variations and automatically adjusts welding parameters in real-time, ensuring unparalleled precision. The benefits are profound: a notable reduction in human error, a substantial improvement in weld quality, increased production efficiency, and a significant decrease in costly re-work. These improvements are especially crucial as the industry addresses challenges like a changing skilled labor force and increasing demand for robust naval fleets.
Initial demonstrations, which began in January 2023 and are expected to conclude successfully by year-end, have shown immense promise. Michael Bell from ONR Global warmly noted, "This smart welding system will improve the Navy’s shipbuilding process across the board," highlighting the broad positive implications. Dr. Ryan W. Bloom, President of RMRI, Inc., emphasized the system's precision, stating, "The system identifies defects that are not visible to the human eye, thus preventing downstream rework and material waste." This proactive approach is a cornerstone of HII’s broader digital shipbuilding initiative.
Pat Kelly, Vice President of Ingalls Operations, echoed the optimism, sharing, "This automated welding technology is helping us streamline workflows and improve productivity while reducing material waste and production risk." By embracing such cutting-edge solutions, the US Navy shipbuilding sector is not only securing its future but also ensuring the continued excellence in constructing complex vessels like the Arleigh Burke-class destroyers and America-class amphibious assault ships. This innovation marks a truly inspiring step forward for national security and technological advancement.
Source: Interesting Engineering