Industry News

Learn how granite surface plate flatness grades, calibration, inspection and maintenance affect reliable measurement and long-term accuracy.

A granite air-bearing system combines a precision-machined granite machine base with non-contact air-bearing technology to create smooth, repeatabl...

In large‑travel gantry‑type ultra‑precision equipment systems, granite bridges, also known as granite crossbeams, represent the most critical trans...

Among gantry‑type ultra‑precision motion systems, the granite bridge (granite crossbeam) serves as the core load‑bearing beam structure for linear ...

Learn how to select a granite machine base for semiconductor equipment, including material, tolerances, interfaces, inspection, and supplier capabi...

The reliability of ultra‑precision equipment depends not only on its micron‑ and nanometer‑level accuracy upon delivery, but also on the precision ...

Learn why granite machine bases provide stability, vibration damping and accuracy for CMM, optical inspection and metrology equipment.

In the selection of passive vibration isolation system solutions, many equipment integrators and research users often face a dilemma: whether to ch...

In the field of ultra‑precision manufacturing and metrology, micro‑vibration acts as a hidden barrier that prevents equipment from delivering nanom...

Ultra‑precision granite beds feature nano‑level reference surfaces, whose geometric accuracy is achieved through multiple grinding procedures. Neve...

The machine tool bed acts as the "foundation" of complete equipment. The choice of bed material directly defines the upper‑limit precision achievab...

In the field of ultra‑precision equipment, many equipment failures and precision‑degradation issues stem not from processing and assembly links, bu...