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The semiconductor industry has entered the era of nanometer manufacturing processes. Core equipment such as lithography, wafer inspection, precisio...

Nano-positioning for ultra-precision equipment is constantly challenged by dimensional drift caused by temperature. Even inside cleanrooms for semi...

For semiconductor and laser micro-processing equipment, a hidden problem troubles many precision structural parts: residual internal stress release...

As benchmark carriers for semiconductor and laser equipment, nano-grade granite components cannot be shipped right after machining. All precision i...

Nano-scale granite components can achieve micron and even nano-level precision. These parts are widely used in semiconductor and laser inspection e...

Semiconductor manufacturing demands positioning accuracy at micro and nano scales. Tiny deformation, vibration or benchmark shift will distort wafe...

A practical guide to granite surface plate care and calibration: daily cleaning methods, calibration intervals, how to recognize wear, when resurfa...

A technical guide to granite air bearings: how the air film works, why granite is the ideal counter-surface, comparisons with mechanical guideways ...

A buyer-oriented guide to choosing a precision granite base for CMM, semiconductor and laser equipment, covering flatness grades, threaded inserts,...

When a metrology laboratory or a quality department specifies a granite surface plate , the word "grade" carries most of the technical we...

Which machine base material is right for your equipment? This engineering guide compares natural granite, cast iron and mineral casting (epoxy gran...

In ultra-precision equipment such as linear motor stages, air-bearing motion axes and laser micro-machining machines, dynamic loads are constantly ...