Leading the Manufacturing Transformation: Ruizhi Intelligence’s New – Generation Automated Equipment Launched with Great Fanfare
In the current era where the wave of intelligent manufacturing is sweeping across the globe, automated equipment is emerging as a crucial force in reshaping the industrial landscape. Recently, Ruizhi Intelligence officially launched a new generation of automated equipment series at an industry event held in Xiamen. With innovative technologies and outstanding performance, it injects new momentum into the intelligent upgrading of manufacturing enterprises.
The automated equipment released this time focuses on core application scenarios such as precision processing, efficient sorting, and intelligent assembly, and deeply integrates artificial intelligence, machine vision, and Internet of Things technologies. Take the intelligent assembly equipment as an example. Equipped with an independently developed visual recognition system, it can accurately identify millimeter-level components. Combined with a high-precision robotic arm, the assembly error is controlled within ±0.02mm. Compared with traditional manual assembly, the efficiency is increased by more than 3 times, and the defect rate is reduced to below 0.1%.
In the pilot application in an electronic manufacturing workshop, after a well-known consumer electronics enterprise introduced this series of equipment, the labor input in the production line was reduced by 40%, and the daily production capacity was increased by 25%. While quickly responding to market order demands, the product consistency was significantly enhanced. Among them, in the assembly process of the smart watch mainboard, the new automated equipment demonstrated strong capabilities. In the past, when manually assembling the smart watch mainboard, due to the small size and precise arrangement of components, problems such as false soldering and misassembly were prone to occur. However, the intelligent assembly equipment of [Company Name] relies on the precise positioning of machine vision and the stable and accurate operation of the robotic arm to quickly and high-quality assemble dozens of micro-components on the mainboard. Originally, an assembly line that required 10 workers now only needs 3 workers for monitoring, while the production capacity has increased by more than 30%, and the defective product rate has dropped from the previous 1.2% to 0.08%.
In the field of auto parts production, the automated sorting equipment relies on a dynamic path planning algorithm and can intelligently allocate conveying channels according to the shape and weight of materials. The sorting efficiency is 15% higher than that of similar products in the industry, helping auto companies shorten the supply chain response cycle. An enterprise producing engine cylinder blocks for automobiles previously adopted a method combining manual labor and traditional sorting equipment to sort the cylinder block blanks and finished products after processing. This not only had low efficiency but also was prone to causing surface damage to the cylinder blocks due to collisions. After introducing the automated sorting equipment of [Company Name], the equipment identifies the state of the cylinder blocks through 3D visual scanning, intelligently plans a gentle and efficient conveying path, and accurately sorts the cylinder blocks to different process stations such as grinding and inspection. The production line that originally sorted 200 cylinder blocks per hour can now handle 250 per hour, and the damage rate is almost zero, laying a solid quality foundation for the subsequent engine assembly process.
The R & D team of Ruizhi Intelligence stated that the new generation of equipment is built around the concepts of “flexibility, intelligence, and greenness”. It supports the rapid switching of production for multi-category products, adapts to the needs of small-batch customized and large-scale standardized manufacturing, and optimizes the energy consumption design. The daily power consumption of a single piece of equipment is reduced by 12%. The release of this new product is not only a manifestation of the enterprise’s technological innovation achievements but also aims to promote the deep integration of automation technology and manufacturing scenarios and accelerate the process of intelligent transformation of the industry.
As the policies for intelligent manufacturing are continuously implemented, the market demand for automated equipment is constantly being released. The launch of the new generation of products by [Company Name] this time may trigger a wave of technological iteration in the industry, providing strong support for manufacturing enterprises to break through production bottlenecks and enhance their global competitiveness, and leading automated manufacturing to a new journey of being more intelligent and efficient.
