The marble platform gantry is mainly used for high-precision measurement and as the base of automated equipment. Made of natural stone materials, it performs excellently in high-precision measurement, offering greater advantages than cast iron plates. Additionally, marble platform gantries are widely used in the automation industry, especially in the semiconductor optical testing sector. Due to their high precision and stability, marble bases serve as the foundation for automated equipment, fixing components like guide rails to ensure smooth operation. This application not only demonstrates the critical role of marble platform gantries in improving production efficiency and product quality but also reflects their significant importance in modern industry. Applications:It is primarily used for the inspection of instruments, precision tools, and mechanical parts, serving as a benchmark for high-precision measurement. Meanwhile, it is also applied in the inspection and measurement of machine tools to check the dimensional accuracy or behavioral deviations of parts. Features:
High Precision: Marble platform gantries exhibit extremely high accuracy, meeting the requirements of various high-precision measurement tasks. Their precision far exceeds that of cast iron platforms, making them suitable for the inspection and calibration of precision machinery and equipment.
Excellent Stability: The marble material undergoes long-term natural aging, eliminating internal stress and ensuring stable texture without deformation. This allows marble platform gantries to maintain stable measurement accuracy during long-term use.
Corrosion Resistance: Marble features acid resistance, alkali resistance, corrosion resistance, and magnetic resistance. It is not prone to moisture or rust, enabling convenient use and maintenance.
Strong Wear Resistance: Even if the working surface of a marble platform gantry is collided or scratched, it will only produce pits rather than convex patterns or burrs, which does not affect measurement accuracy.
Low Linear Expansion Coefficient: Marble has a very low linear expansion coefficient, minimal sensitivity to temperature changes, and can maintain stable measurement accuracy under various environmental conditions.