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1.Product Material: Mineral casting 2. Product size :1800*1350*744mm 3. Product advantages: The mineral casting copy forming process is a manufacturing technology that uses high-precision molds to replicate complex geometric shapes. By directly replicating the geometric features of the master mold through the mold, it can produce complex curved surfaces, cavities or fine structures, with precision reaching the micrometer level. It is particularly suitable for the design of irregular shapes that are difficult to achieve with traditional metal processing. Combining the advantages of mineral casting materials, it is widely used in high-precision bed frames, precision instrument bases and other fields.

Granite measuring tools have become the core equipment in the field of precision measurement due to the advantages of natural materials. Common types include granite flat plate, parallel rulers, square rulers, cubes, V-shaped blocks, etc., adapting to the needs of different measurement scenarios. Its core advantages are significant: natural granite has uniform texture, high hardness, small linear expansion coefficient, no internal stress, and can maintain accuracy for a long time; it is non-magnetic, avoiding the interference of magnetic fields on measurement accuracy, and is acid-alkali and corrosion resistant, and has a long service life. It is widely used in mechanical processing, precision manufacturing, metrological testing and other industries. It can be used as a key tool for workpiece detection benchmark, marking positioning, equipment installation and debugging, and provides reliable guarantee for high-precision production operations.
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1. Product material: Mineral casting base with Hydrostatic guideway 2.Product size: 2600 * 1500 * 700 mm 3. Product advantages: The bearing surface of the hydrostatic guideway is directly integrated by the mineral casting bed, and the hydrostatic module is directly combined with the mineral casting bed to replace the traditional wire gauge, and the straightness can be controlled at 0.5 μ/m, which further improves the accuracy and stability of the product.



