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Abstract This study explores the integration of industrial robots and electrical automation technology, emphasizing their practical applications and synergistic benefits. Through a case analysis of H Enterprise, a technology-driven energy-saving company, this paper demonstrates how electrical automation enhances industrial robot capabilities in technical innovation, precision manufacturing, and autonomous learning. Additionally, it investigates the application of… Read more: Industrial Robot and Electrical Automation Technology

China’s humanoid robotics sector is rapidly transitioning from laboratory curiosity to commercial powerhouse, with new projections indicating the domestic China robot market will surge beyond 8 billion yuan ($1.15 billion USD) by 2025, capturing half of the global market. This seismic shift, detailed in the landmark 2025 Humanoid Robotics and Embodied Intelligence Industry Research Report unveiled at the recent… Read more: China Robot Market Poised for Explosive Growth as Humanoid Revolution Accelerates

The whir of servo motors has become the new heartbeat of industrial Shenzhen. In workshops where human hands once dominated, precision-guided arms now execute tasks with uncanny consistency. These are not mere machines; they are intelligent robots – systems capable of learning, adapting, and making autonomous decisions within defined parameters. Their proliferation across China’s manufacturing epicenter signals… Read more: How Intelligent Robots Are Redefining China’s Technological Horizon

SHANGHAI — Thunderous cheers erupted as a bipedal machine expertly curved a soccer ball into a net at the 2025 China Humanoid Robot Ecosystem Conference, a spectacle embodying the ferocious momentum—and unresolved hurdles—of the global robot industry. This demonstration, while dazzling, underscores a pivotal challenge articulated by scientists and executives throughout the event: mastering scene generalization. Without… Read more: Humanoid Robotics Charges Toward Mainstream as Industry Confronts Critical Scene Breakthroughs

Abstract This paper presents a novel design in robot technology, focusing on a unipedal robot integrated with magnetorheological (MR) joints to address the challenges of insufficient burst power and high energy consumption in traditional legged robots. We introduce the principles and structure of the MR joint, followed by kinematic and dynamic analyses of the robot’s… Read more: Design and Jumping Performance of Unipedal Robot with Magnetorheological Joints