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EN Precision guide elements made of high quality ceramic materials with excellent wear resistance, low friction coefficient, high stiffness, low thermal expansion coefficient and chemical stability. Ideal for precision machinery, electronic equipment and applications requiring high precision positioning.
Features
High stiffness: High stiffness of ceramic material can withstand high intensity working loads.
Low coefficient of friction: Smooth surface can significantly reduce friction and extend service life.
High temperature resistance: Stable performance in high temperature environments.
Corrosion resistance: Less susceptible to erosion by chemicals.
Low coefficient of thermal expansion: Temperature changes have little effect on its dimensions, ensuring accuracy in different environments.
Light weight: Compared with metal materials, ceramic guide rods are lighter in weight, reducing the inertia of the system.
Precision positioning systems: Semiconductor manufacturing, laser cutting machines, precision measuring instruments, etc.
Machining: As part of linear guides to reduce wear and increase the life of mechanical components
Medical equipment: Surgical robots, medical imaging equipment, etc.
Aerospace: Manufacture of precision parts such as structural elements for satellites or internal components for airplanes
Electronic and optical equipment: Ensure the stability of optical paths
Laboratory equipment: Automatic titrators, fluid control systems, etc.