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FANUC and NVIDIA Collaboration: Advancing Physical AI in Robotics

FANUC, a leading name in industrial robotics and automation, is taking a significant leap forward through a strategic partnership with NVIDIA. This collaboration focuses on advancing physical AI, a pioneering discipline that integrates artificial intelligence with physical robotics to create machines capable of seeing, reasoning, and acting in constantly changing environments. This innovative approach aims to redefine the realm of factory automation, making it smarter and more adaptable to real-world complexities.

The Power of Collaboration

Under this partnership, FANUC will harness the extensive capabilities of NVIDIA's AI infrastructure, which includes advanced components like the NVIDIA Jetson edge modules, cloud infrastructure for edge AI, and NVIDIA Isaac Sim—an open robotic simulation framework. With these tools, FANUC is set to enhance its robot portfolio and its ROBOGUIDE simulation software, empowering manufacturers to construct highly realistic digital twins of their production facilities. The digital twin technology allows for virtual training of robots and expedited deployment, facilitating greater operational efficiency and flexibility.

Key Components of the Collaboration

1. Open Platform Commitment: FANUC has rolled out an official ROS 2 driver and standardized Python support for its robots, which can handle various payloads from 3kg to an impressive 2.3 tons. This initiative simplifies the development of AI-driven applications, enabling engineers and developers to build sophisticated automation solutions with ease.

2. Ultra-High-Speed Streaming Motion: This technology enables precise and responsive control of robot joints and end-effectors, allowing for fluid movements and adaptable trajectories. This capability is crucial for maintaining efficiency in dynamic manufacturing environments.

3. Digital Twin Integration: By combining FANUC's ROBOGUIDE simulation software with NVIDIA’s Isaac Sim and Omniverse technologies, manufacturers can simulate entire production lines with remarkable accuracy. This integration assists in validating workflows and optimizing productivity before actual hardware implementation, ultimately minimizing costs and time delays associated with commissioning new production lines.

4. Real-Time Intelligence: The collaboration merges the reliability of FANUC's robotics with the computational power of NVIDIA’s AI platforms. This fusion enables robots to adjust to varying conditions, accomplishing complex tasks and enhancing throughput, especially in manufacturing sectors such as automotive, logistics, and food processing.

Insights from Industry Leaders

Mike Cicco, President and CEO of FANUC America, stated, "Physical AI is the next frontier in industrial automation. By collaborating with NVIDIA, we’re equipping manufacturers with the tools necessary to implement intelligent robotics swiftly and harmonize virtual designs with tangible production needs."

Murali Gopalakrishna, the general manager of robotics at NVIDIA, also emphasized the demand for physical AI solutions: "Manufacturers are looking for ways to blend virtual simulations with actual production processes to tackle labor shortages and boost operational efficiency. This partnership provides developers with the resources to create and implement smart, adaptable automation comprehensively."

Expanding Operator Interaction

Beyond refining simulation and deployment practices, FANUC aims to transform how operators engage with automation. By integrating NVIDIA’s AI capabilities, FANUC allows robots to interpret voice commands and generate corresponding Python code dynamically. This enhancement not only streamlines setup times but also empowers a broader range of employees to modify processes without requiring specialized programming skills. Such features play a vital role in rapidly reconfiguring production workflows in adaptable manufacturing environments.

These advancements grant manufacturers innovative strategies to address skilled labor shortages while responding to the growing demands for customization and efficiency in production processes. By providing interactive virtual training environments, utilizing open-source frameworks, and enabling real-time AI capabilities, manufacturers can modernize their operations with remarkable flexibility and speed.

Availability of New Technologies

The integrations featuring NVIDIA Isaac Sim and Nvidia Omniverse were premiered at the International Robot Exhibition (IREX) in Tokyo in December. NVIDIA Isaac Sim is particularly noted for being an open-source reference framework for robotic simulation that leverages NVIDIA Omniverse’s libraries. With its high visual and physical fidelity, it allows for the examination of robotic behaviors in intricate environments under varying conditions within a virtual setting.

Numerous FANUC robots are presently accessible as OpenUSD SimReady assets within Isaac Sim, enabling the swift development of simulation environments.

About FANUC America Corporation

FANUC America Corporation is a subsidiary of Japan’s FANUC CORPORATION and is renowned for its high-quality CNC systems, robust robotics, and ROBOMACHINEs. With a focus on innovation, FANUC continues to aid manufacturers in maximizing efficiency and maintaining a competitive edge. The company is headquartered at 3900 W. Hamlin Road, Rochester Hills, MI 48309, with multiple facilities throughout both North and South America. For further information, please contact 888-FANUC-US (888-326-8287) or visit their website at www.fanucamerica.com. Connect also on social media platforms like YouTube, X, Facebook, LinkedIn, and Instagram.