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Machine Learning

REVOLUTIONS | 2025-07-25

EMO Hannover Spotlights Software, AI, Robotics and Machine Learning

Founded in 1975, EMO Hannover has stood for innovation, internationality, inspiration and the future of metalworking worldwide. This trade fair for production technology offers a unique platform every two to four years in Hannover under the motto 'Innovate Manufacturing' to establish international contacts, tap into new business opportunities and gain a comprehensive overview of the industry's global offering. 

EVENT | 2025-07-17

Fabtech 2025

Fabtech 2025 (Chicago) will span more than 800,000 square feet of exhibits showcasing the latest in metal forming and fabricating, welding and finishing equipment, automation and robotics and smart manufacturing technologies. With 200+ conference sessions, Fabtech offers hands-on learning, expert-led keynotes, and panel discussions on everything from shop floor strategies to emerging trends in AI, sustainability and workforce development. Whether you're a shop owner, engineer, or executive, Fabtech 2025 is your chance to network, discover new solutions, and prepare for what’s next in manufacturing.

FEATURE ARTICLES | 2025-05-15

A Robotic Road Map to Automation

Our annual State-of-the-Gear-Industry survey in January included the question, “What role will emerging technologies play in your organization in the coming years?” Notably, many respondents plan to implement shop floor automation and cobots into their gear shops. The game plan and timetable, however, varies on a case-by-case basis. To assist in the development of an automation program, we’ve interviewed experts from ABB, Universal Robots and KUKA Robotics to provide insightful and timely feedback on how to start this journey in gear manufacturing.

WHITE PAPER | 2025-03-26

Machine Learning Model-Based Minimization of Roughness Variations after Profile Grinding of Wind Power Gears

Discover how machine learning minimizes roughness variations in profile grinding, enhancing the performance and durability of wind power gearboxes. The latest research by KAPP NILES demonstrates an optimized dressing process that improves surface quality on tooth flanks after profile grinding for next-generation wind turbines.