Festo launches GripperAI software to simplify flexible robot handling

Festo has introduced GripperAI, a software solution leveraging artificial intelligence to simplify robotic handling of mixed, unfamiliar, or randomly positioned products. The software automatically identifies optimal gripping points and selects the most suitable gripper from available end-of-arm tools, eliminating the need for manual template loading or system reconfiguration between product types. It supports various gripping technologies, including vacuum and mechanical grippers, and ensures seamless operation across different vision hardware setups. Designed for logistics, packaging, and manufacturing sectors, GripperAI enhances productivity by recalculating and retrying failed grips without interrupting workflows. The platform operates locally on standard industrial PCs and maintains compatibility with most industrial robots, cobots, and Cartesian handling systems. This broad adaptability reduces dependency on specialized hardware, allowing manufacturers to choose cost-effective vision solutions. Peter Potters, Product Manager for End-of-Arm Tooling at Festo, highlighted the potential of AI in addressing manufacturing challenges. He noted that GripperAI demonstrates practical AI applications, enabling dynamic responses to product variations while minimizing programming complexity. The technology has already been deployed in high-demand logistics environments, where robots handle thousands of diverse products efficiently. By combining AI-driven vision with intelligent gripper selection, GripperAI automates tasks traditionally difficult to standardize using conventional robotic approaches. The launch strengthens Festo’s AI-enabled automation portfolio, offering manufacturers a tool to overcome long-standing automation hurdles. It improves flexibility, productivity, and ease of deployment in dynamic production settings.