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The rapid proliferation of robot products across China has been accompanied by pressing concerns regarding product quality and user safety. Issues such as inaccurate instructional manuals, insufficient risk assessment in design, flawed functional safety features like emergency stop circuits, and inadequate quality control over critical components have highlighted the need for robust standardization. In response,… Read more: China Robot Certification (CR) Establishes New Benchmark for Safety and Quality in the Robotics Sector

In recent years, the rapid advancement of industrial automation has positioned robotics as a cornerstone of modern manufacturing. According to strategic initiatives like “Made in China 2025,” the robotics sector is earmarked for significant growth, with industrial robots finding extensive applications in mechanical, electronic, chemical, light industry, and national defense sectors. This expansion inevitably drives… Read more: Optimization Design of Rotary Vector Reducer for Industrial Robots

As an observer deeply involved in the advancement of manufacturing technologies, I believe that the level of manufacturing and application of industrial robots represents a nation’s industrial prowess. For China, developing a robust industrial robot industry is not just an economic imperative but a strategic pathway to transform from a manufacturing giant to a manufacturing… Read more: The Strategic Development of Industrial Robots in China

The evolution of artificial intelligence is accelerating from virtual environments towards a new era of interacting with the real world, marked by the rise of Embodied Intelligence. As a researcher deeply immersed in this field, I observe embodied intelligence as a transformative paradigm that merges AI with robotics, enabling intelligent agents—or embodied AI robots—to perceive,… Read more: Embodied Intelligence: Standardization Frontiers and Evaluation Paradigms

As a researcher in the field of robotics, I have always been fascinated by the challenges posed by complex amphibious environments. These terrains, which combine land and water elements, are notoriously difficult for conventional robots to navigate due to their limited adaptability and simplistic motion capabilities. In response to this, my team and I embarked… Read more: Design and Kinematics Simulation of a Novel Amphibious Bionic Robot