Robotic arms are a core technology in modern industry, with wide-ranging applications and profound impacts on automated factories. In manufacturing, they efficiently and precisely assemble and process products such as automobiles and electronics, improving production efficiency and quality. In the medical field, robotic arms assist in minimally invasive surgeries, enhancing precision and safety while reducing recovery time. In logistics and warehousing, they automate handling and sorting, significantly improving efficiency. Moreover, robotic arms are widely used in public services such as food service, information provision, and guidance, enhancing service efficiency and quality. Automated factories rely on robotic arms to make production more efficient and stable while protecting worker safety. Their flexibility and programmability allow them to quickly adapt to different needs.
The operation of robotic arms depends on appropriate electrical wiring, which must withstand oil contamination and temperature changes. Cable products need to be resistant to bending and oil, undergo rigorous testing to ensure they don't easily break or fail during high-frequency movements, and be able to withstand high and low temperatures to ensure system stability. Robotic arms have driven the development of automated factories, improving production efficiency and product quality. They show extensive application prospects in fields such as healthcare, logistics, and services. Their operation relies on reliable wiring technology, which requires strict quality control.