As artificial intelligence advances rapidly, large language models are demonstrating considerable potential across multiple industries. From content generation and decision support to data analysis and human–machine interaction, AI is reshaping industries at an unprecedented pace. Against this backdrop, industrial robots, a core component of smart manufacturing, face new challenges and opportunities.
Read article →With the rapid advancement of technology, artificial intelligence (AI) is gradually permeating various fields, and the intelligent upgrading of industrial robots has attracted particular attention. Integrating AI technology into traditional industrial robot systems not only improves equipment operating precision and work efficiency but also significantly enhances system adaptability and flexibility.
Read article →The introduction of industrial robots into production lines does more than replace human labor; it transforms the entire manufacturing system. As the technology evolves, industrial robots are driving changes across China's manufacturing sector, with visible effects on everything from shop floor production to the geographic distribution of industry.
Read article →As manufacturing undergoes transformation and upgrading, the industrial robotics sector is experiencing profound structural change. It is gradually shifting from a model centered on assembling complete robots with imported core components toward in-house research and development, system integration and collaboration across the industry ecosystem.
Read article →As a leading company in industrial robot repair, Yamaha showcased technological advances that reflect its extensive expertise in motion control and system integration. According to the company's technical staff, its new generation of six-axis robot repair technology incorporates an innovative joint design that expands the working envelope while maintaining a compact structure. Combined with advanced trajectory planning algorithms, it can meet the demands of high-precision, high-speed operations.
Read article →As integrated casting technologies such as “Giga-Cast” advance in the automotive industry, components are becoming larger, increasing demand for machining with industrial robots. FANUC has introduced its newly developed M-810 machining robot for rough machining applications that do not require micron-level accuracy, such as cutting iron castings.
Read article →The FANUC P-250iB is one of the most flexible and advanced painting robots currently on the market. It offers multiple mounting options to meet the demands of challenging painting environments. Its OpenArchitecture design allows it to accommodate standard FANUC integrated process equipment and makes it easy to integrate third-party industrial equipment.
Read article →FANUC robots are classified into four types according to their arm motion. Cartesian robots move along three Cartesian axes; cylindrical robots provide vertical, rotary and extension movements; spherical robots provide rotary, pivoting and extension movements; and articulated robots have multiple rotary joints. FANUC robots can also be classified by their motion control capabilities.
Read article →KUKA paint-spraying robots demonstrate exceptionally broad applicability in today’s industrial production, particularly in key fields such as automotive manufacturing, electronics, and plastic products. With outstanding speed, precision, and explosion-proof performance, KUKA paint-spraying robots not only ensure operational safety during coating processes but also greatly improve
Read article →FANUC painting robots are prominent examples of industrial automation, favored by many users for their excellent performance and reliability. However, FANUC industrial robots can develop faults during operation. This article covers common FANUC painting robot faults and repair methods.
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