ZHHIMG® in Semiconductor & New Energy

The Bottom Line
The next generation of ultra-precision manufacturing demands uncompromising foundations. ZHHIMG® precision granite components and air bearings serve as the critical backbone for cutting-edge technologies, ranging from semiconductor lithography and AOI optical inspection to perovskite coating and new energy battery testing.
Powering Next-Gen Technologies
As industries push the boundaries of miniaturization and speed, the demand for ultra-stable, vibration-free bases intensifies. Our ZHHIMG® black granite components are meticulously engineered for diverse high-tech applications. They serve as the silent, stable foundation for PCB drilling machines, Coordinate Measuring Machines (CMM), and industrial CT scanners. In the rapidly expanding new energy sector, our specialized bases are essential for precision lithium battery testing equipment and next-generation perovskite coating machines, ensuring maximum yield and efficiency.
Extreme Environments, Flawless Performance
Advanced manufacturing often occurs in extreme environments requiring absolute stability. Our ZHHIMG® black granite bases (density ≈3100kg/m³) provide the necessary thermal stability and superior vibration isolation for femtosecond and picosecond laser systems. Whether supporting high-speed XY tables, linear motor platforms, or precision guideway and ball screw measuring equipment, our materials ensure that micro-vibrations and thermal fluctuations never compromise product accuracy.

thermally stable granite parts
Promoting Ultra-Precision Development
Our corporate mission is to “Promote the development of the ultra-precision industry.” By providing world-class granite measuring rulers, surface plates, and custom assemblies to global leaders like Bosch, Rexroth, THK, Hiwin, and Misumi, we actively drive technological advancement. At ZHHIMG®, we believe that “the precision business can’t be too demanding.” We are immensely proud to be the foundational partner for future innovation, helping our clients turn impossible tolerances into everyday realities.


Post time: Jun-29-2026