Design Features

Excellent Heat Resistance

Alumina ceramics can operate stably at temperatures up to 1650°C, which is crucial for the high-temperature environments common in semiconductor 

manufacturing.

High Abrasion Resistance and Chemical Stability

This material exhibits extremely high resistance to mechanical abrasion and chemical corrosion, ensuring long service life and stability.

Non-Conductive Properties

The non-conductive nature of alumina ensures that no electrostatic interference is generated when handling sensitive electronic components, which is 

essential to prevent damage to minute circuits.

Optimized Geometry

Multiple mounting holes and two elongated handles allow for easy mounting or connection to other mechanical equipment while maintaining high-precision 

operation.

Surface Finish

The smooth surface finish reduces friction, improving accuracy and reliability during processing.

Application areas

Alumina ceramic arms have wide applications in semiconductor manufacturing, primarily including:

Silicon wafer handling

Accurately handling and positioning silicon wafers under extreme conditions, ensuring high efficiency and accuracy in the manufacturing process.

Handling sensitive electronic components

Operating without generating static electricity, protecting the integrity and functionality of electronic components.

Operating in high-temperature and corrosive environments

Their stability in chemical gases and high-temperature environments makes them highly useful in specialized processes, such as etching and cleaning.