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Optimize the production process of precision granite components, with the core objective of improving stability, reducing costs shortening lead times, and minimizing scrap while ensuring

Combining industry general standards, machining processes, and the operational requirements of five-axis ultra-precision machine tools, accuracy levels are divided into three major categories: basic geometric

Combining the machining characteristics of five-axis ultra-precision machine tools with the advantages of granite bases—high vibration damping, low thermal deformation, high rigidity, and long-term accuracy

Granite base for five-axis ultra-precision machine tools, featuring a core made of natural granite (Jinan Green / Zhangqiu Black) or artificial mineral casting to form

In the micron-level machining of semiconductor ceramic substrates and structural ceramic parts, the machine bed is stable foundation and the guide rails are the lifeline—together

In high-end fields such as semiconductor equipment, precision machine tools, metrology and testing, and optical instruments, large integrated bases, load-bearing platforms, and vibration-isolating benchmarks are

Combining the physical property differences of the two types of materials, this document analyzes the differences in the machining processes of instrument components from six

In the semiconductor industry, high-hardness ceramics (Al₂O₃, SiC, Si₃N₄, etc.) primarily target “chamber interiors / moving parts / extreme operating conditions,” while granite focuses on

High-Hardness Ceramics vs. Granite (Precision Instrument Components) Pros and Cons ComparisonBoth are low-expansion, high-rigidity, wear-resistant, and non-magnetic precision base materials widely used in measurement platforms,

From raw blocks in the mine to precision mechanical components, the core process of granite is “mining → material selection → rough cutting → aging