In high-end manufacturing, the value of a stainless steel precision part lies not only in its stringent dimensional accuracy and material properties, but also increasingly in its surface finish.
In high-end manufacturing fields such as aerospace, medical devices, semiconductor equipment, new energy vehicles, and precision instruments, parts often possess characteristics such as complex structures, special materials, stringent tolerances, and smal
In the precision world of high-power fiber lasers, each internal component acts like a "joint" or "skeleton" in the optical path system, its geometry directly determining beam stability, heat dissipation efficiency, and overall reliability.
In the "skeleton" and "joints" of modern high-end equipment, there is a seemingly silent yet crucial role—precision parts.
In an era of rapid development in intelligent manufacturing, medical devices, robotics, and high-end equipment, unprecedentedly stringent requirements have been placed on the dimensional accuracy, surface quality, and material properties of components.
Five-axis precision machining technology has become a core means of improving the precision of complex parts in modern high-end manufacturing.