Semiconductor manufacturing is a game of nanoscale precision, and granite is the only cost-effective structural material that simultaneously meets the requirements of ultra-stability, ultra-flatness, vibration
In aerospace manufacturing, large granite bases (platforms) serve as the core reference for ultra-precision machining,measurement, and assembly. Their precision is tested across four major dimensions:
The demand for monolithic machined granite (especially machine tool beds and platform components) is growing rapidly, essentially reflecting the upgrading of requirements for “extreme precision
Material Characteristics: Precision granite platforms are typically made from high-quality natural granite materials such as “Jinan Black,” with main mineral components includpyroxene and plagioclase. They
In high-end fields such as precision manufacturing, semiconductor inspection, and laser processing, the precision of precision motion platforms directly determines product quality. As the “foundation”
In high-end fields such as semiconductors, precision inspection, and micro/nano manufacturing, sub-nanometer precision is a core requirement for equipment operation, while the long-term stability of
Gantry Dual-Drive Linear Motor: The Dual Core of Precision and Efficiency in High-End Manufacturing In the field of high-end precision manufacturing, the motion accuracy and
🏭 Scenario 1: Heavy Machinery Supporting / Gantry Milling/Grinding Machine Base **Core RequiremBear immense weight, withstand impact, and possess extreme long-term stability. Core Dimension Recommended
The core appeal of the granite precision platform lies in the ultimate fusion of material genes forged by hundreds of millions of years of geological
Classification of Accuracy Grades for Granite (Rock) Measuring Tools, based primarily on National Standard GB/T 20428-2006 “Rock Slabs” (mainstream grades are Grade 000, 00, 0,
