Precision and efficiency in fuselage manufacturing are crucial for the aerospace industry, where every millimeter counts. In this highly demanding environment, FANUC has proven to be a fundamental ally by automating fuselage drilling, a process that has traditionally been manual and extremely labor-intensive.
In collaboration with major aircraft manufacturers, FANUC has implemented advanced robotic systems that not only improve the quality of fuselages but also optimize production times. One of the standout robots in this field is the FANUC M-900iA, known for its heavy load handling capacity and high precision. This robot is ideal for fuselage drilling due to its robust design and ability to perform repetitive tasks with consistent precision, eliminating human error and reducing the margin of deviation in the drilling process.
Another relevant solution is the FANUC R-2000iC, widely used in automated production lines in the aerospace industry. This model is capable of operating in high-demand environments, where a constant and rapid production flow is required, ensuring that each fuselage meets the required quality standards.
The implementation of these robots has not only allowed aerospace companies to meet the strict requirements of the industry but has also contributed to improving safety in production plants. FANUC robots are designed to operate continuously, minimizing downtime and maximizing productivity.
Automating fuselage drilling with FANUC robots is a clear example of how technology can make a critical process in aircraft manufacturing more efficient. These systems allow aerospace manufacturers to maintain agile and precise production, meeting the high expectations of the sector without compromising quality or safety.
Some success stories where FANUC has helped automate fuselage drilling:
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Airbus and FANUC: Airbus, one of the largest aircraft manufacturers in the world, has implemented FANUC robots in several of its production plants to automate critical processes, including fuselage drilling. Using the FANUC M-900iA robot, Airbus has improved the precision of its aircraft drilling, reducing cycle times and ensuring greater uniformity in assembly processes.
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Boeing and FANUC: At its assembly plant in South Carolina, Boeing has integrated FANUC R-2000iC robots to automate the drilling and riveting of fuselages for the Boeing 787 Dreamliner. This automation has allowed Boeing to increase the production of the aircraft while maintaining the strict quality standards of the aerospace industry.
3.
Spirit AeroSystems and FANUC: Spirit AeroSystems, a key supplier of fuselages and structural components for the aerospace industry, has implemented FANUC robots in its manufacturing operations in Wichita, Kansas. The integration of robotic systems like the FANUC R-2000iC has allowed Spirit AeroSystems to improve efficiency in fuselage drilling, optimizing production and reducing operational costs.
4.
Lockheed Martin and FANUC: Lockheed Martin, known for its production of military and commercial aircraft, has adopted automation with FANUC robots to improve precision in fuselage drilling at its plant in Fort Worth, Texas. FANUC M-20iA robots have been fundamental in ensuring quality and consistency in the production of aircraft like the F-35, where every component must meet the highest precision standards.
These success stories highlight how FANUC has been a strategic partner in the aerospace industry, providing robotic solutions that improve quality, efficiency, and safety in fuselage manufacturing.
FANUC has strengthened its position in the aerospace industry by providing robust and precise tools that ensure high performance in fuselage drilling, which in turn supports the competitiveness and capability of companies in this global market.
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