BMF seeks grant funding to acquire the x series robofab beam robotic plasma coper, a state of the art robotic beam cutting system

This investment is a critical step in modernizing bmfs fabrication operations, increasing production capacity, improving precision, and ensuring the company remains competitive in the rapidly evolving maritime and defense sectors. BMF, a growing small shipyard serving commercial and government clients, proposes to modernize its fabrication operations by acquiring and installing the robofab beam robotic plasma coper. This advanced robotic plasma cutting system will replace outdated manual processes and significantly enhance bmfs structural steel processing capabilities. The system will be installed in bmfs main fabrication building and integrated with our existing steel handling and CAD computer aided manufacturing cam workflow. The project includes equipment purchase, operator training, minor facility preparation, and commissioning. The primary objective of this project is to significantly enhance bmfs steel and structural fabrication capabilities by automating and streamlining the cutting process for beams, pipes, tubes, and channels. The robofab beam robotic plasma coper offers a complete robotic plasma cutting solution with 6 axis motion, integrated CAD cam software, and advanced nesting capabilities allowing for faster production, reduced material waste, and highly accurate, repeatable cuts for complex geometries. Specific goals of this project include increased throughput reduce production time for structural steel components by up to 80 percent, enabling faster project delivery timelines for naval and commercial clients improved precision achieve tolerance levels within plus or minus 0.01 inches, reducing the need for rework and improving overall quality control. Labor efficiency alleviate strain on manual labor by reducing the need for hand cutting, layout, and welding prep, allowing skilled labor to focus on higher-value assembly and fit up tasks. Expanded capability. Support complex cuts and bevels needed for ship hull, superstructure, and pipe system fabrications