FANUC will showcase its latest robots, collaborative robots, factory automation, and machining solutions at the International Manufacturing Technology Show (IMTS) 2024 in Chicago. Among the new technologies being introduced are the R-50iA Robot Controller and the 500i-A CNC, which are designed to enhance performance, efficiency, and security in manufacturing operations.
At the FANUC booth, visitors will see a variety of collaborative robots designed for shared workspaces. These include machine tending robots, heavy payload handling systems, and advanced welding demonstrations, many of which will utilize the new R-50iA Controller. This controller features compact design, precise path control, and enhanced cyber security certifications.
Additionally, FANUC will introduce the FANUC Series 500i-A CNC to North American audiences. This control system is designed to improve machining performance with integrated 5-axis technology and faster processing speeds. The control’s features are tailored to support both machine tool builders and CNC users in achieving easier operations, better security, and greater efficiency.
FANUC will also display its new M-950iA/500 robot, capable of handling a 500 kg payload with a 2,830 mm reach, and the M800/60-20B with high-speed laser cutting capabilities. These robots will be demonstrated in applications such as friction stir welding and laser cutting.
The company will also present its latest vertical machining center, the α-D28LiB5ADV Plus Y500, as well as its connected technologies, including IoT offerings like ZDT and MT-Linki. These tools allow users to analyze data from robotics and machine tools to make informed business decisions.
In addition to showcasing its products, FANUC recently announced a $1 million Automation Endowed Scholarship Fund in collaboration with the SME Education Foundation. This scholarship aims to support the education and certification of future automation technicians and engineers, addressing labor challenges in the industry. Paul Aiello, Director of Education for FANUC America, highlighted the initiative as a step toward equipping students with the skills needed for advanced manufacturing and automation.
