Mold Fluid Polishing Technology Innovation: Leading Precision Manufacturing into a New Era of High Efficiency
Recently,Ruisi Company in Dongguan has achieved a major breakthrough in the field of precision mold processing. This technology utilizes high-pressure fluid to drive abrasive media, achieving seamless mirror polishing of complex mold cavities with a surface roughness of Ra0.02μm. This represents a 300% increase in efficiency compared to traditional manual polishing, and the yield rate has increased to 99.5%.
This technological innovation integrates computational fluid dynamics (CFD) simulation and intelligent control algorithms, making it suitable for the processing of high-precision parts such as automotive body panel molds and aircraft engine blades. According to the technical director [Name], "Fluid polishing technology not only solves the pain points of high labor costs and unstable quality in traditional processes, but also meets the stringent requirements for mold precision in high-end fields such as new energy and medical devices."
Currently, this technology has obtained three national invention patents. In the future, the company will continue to promote intelligent upgrades and plans to launch a remote operation and maintenance system equipped with an industrial internet platform in 2026 to support the digital transformation of the manufacturing industry.
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Mold Fluid Polishing Technology Innovation: Leading Precision Manufacturing into a New Era of High Efficiency
Recently,Ruisi Company in Dongguan has achieved a major breakthrough in the field of precision mold processing. This technology utilizes high-pressure fluid to drive abrasive media, achieving seamless mirror polishing of complex mold cavities with a surface roughness of Ra0.02μm. This represents a 300% increase in efficiency compared to traditional manual polishing, and the yield rate has increased to 99.5%.
This technological innovation integrates computational fluid dynamics (CFD) simulation and intelligent control algorithms, making it suitable for the processing of high-precision parts such as automotive body panel molds and aircraft engine blades. According to the technical director [Name], "Fluid polishing technology not only solves the pain points of high labor costs and unstable quality in traditional processes, but also meets the stringent requirements for mold precision in high-end fields such as new energy and medical devices."
Currently, this technology has obtained three national invention patents. In the future, the company will continue to promote intelligent upgrades and plans to launch a remote operation and maintenance system equipped with an industrial internet platform in 2026 to support the digital transformation of the manufacturing industry.
Previous article:Fluid polishing represents a shift in thinking in manufacturing from "forceful intervention&quo
Next article:There