Marble pedestal is mainly used to enhance the visual height of objects, enhance spatial hierarchy, and also has high-precision motion support function. Marble pedestal is a high-precision mechanical component made from natural granite as raw material, with strong stability, high precision, corrosion resistance, anti magnetization and other characteristics. It is widely used in precision equipment, testing instruments and industrial automation fields as a core benchmark platform for support and positioning.
It is a high-precision support component made of marble material, which has the advantages of high stability, low deformation rate, and good plane accuracy. It is widely used in precision instrument installation, measurement benchmark construction, and other scenarios.
Features:
Strong physical stability: Marble is mainly composed of calcium carbonate, with a hard texture and uniform structure. There is almost no thermal expansion or contraction at room temperature, and it can maintain plane accuracy for a long time. The deformation rate is much lower than that of metal bases.
Good precision retention: After precision grinding and processing, the flatness and parallelism can reach the micrometer level (such as within 0.005mm/m), and the surface is smooth and wear-resistant. It is not easy to wear out after long-term use and does not require frequent calibration.
Excellent anti-interference ability: non-conductive and non-magnetic, can effectively isolate external electromagnetic interference and electrostatic effects, avoiding signal interference to precision instruments such as electron microscopes and laser measuring instruments.
Good shock absorption performance: Marble itself has certain damping characteristics, which can absorb external vibrations and reduce the impact of environmental vibrations on equipment operation accuracy.
Main application scenarios
Precision instrument support: used for installing high-precision detection equipment such as coordinate measuring machines, projectors, and image measuring instruments, providing stable benchmarks.
Industrial production benchmark: As a machine tool worktable and automation equipment guide rail base, it ensures positional accuracy during processing or assembly.
Laboratory platform: In physics and optics laboratories, it serves as a fixed base for experimental equipment to avoid vibration or environmental changes affecting experimental data.
In the field of metrology and testing, it serves as a measurement benchmark platform for physical quantities such as length and angle, ensuring the accuracy of measurement results.