Core Characteristics
Precision far exceeding conventional components: Precision often reaches the micron level; some products have dimensions that are merely a fraction-or even one ten-thousandth-of the thickness of a human hair, yet they operate stably in extreme environments.
Critical to system integrity:As core components of a complete system, their failure can cause the entire piece of equipment to malfunction; they are vital for ensuring the safe operation of high-end machinery.
Extensive application range: They underpin a vast array of fields, ranging from space exploration and deep-sea mining to chip manufacturing, humanoid robotics, and new energy vehicles.
Major Categories
Precision transmission components: Often referred to as the "joints" of high-end equipment, these include ball screws, precision planetary gear reducers, and linear bearings. Widely used in robotics, CNC machine tools, and aerospace, high-end versions offer zero backlash and high rigidity, maintaining precision with minimal loss over long periods of operation.
Precision structural components: Characterized by high dimensional accuracy and superior surface quality, these primarily provide protection and structural support. Precision is maintained at the micron level through processes such as CNC machining; applications span new energy lithium batteries, semiconductor equipment, medical devices, and consumer electronics.
Precision castings:Produced via investment casting, these allow for the one-step formation of complex structures that are difficult to achieve through traditional machining. They offer exceptional dimensional accuracy and surface finish, making them ideal for components such as aerospace engine blades and automotive turbocharger impellers.
Specialized functional precision components: Examples include C-ring seals for nuclear reactors, high-purity metal sputtering targets for chip manufacturing, and deep-sea umbilicals. Custom-engineered for extreme operating conditions, these are core components that enable technological autonomy in their respective fields.
