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Ceramic robotic arms for wafer handling in the semiconductor field
The alumina ceramic mechanical arm, also known as the alumina ceramic tooth fork or wafer transfer end effector, is a part made of alumina ceramic, installed on the wafer handling robot, functioning as the robot's hand, responsible for transporting silicon wafers to the designated position, with its surface directly in contact with the wafer. The alumina ceramic mechanical arm is lightweight, which can effectively reduce the load on the equipment and extend its service life.
Ceramic chuck, invisible core support components for semiconductor equipment
The Ceramic Vacuum Chuck is a core component in high-end manufacturing that enables nanometer-level precision, zero pollution, and stress-free clamping. It directly determines the yield, efficiency, and cost in fields such as semiconductors, displays, and photovoltaics, and is a key support for breakthroughs in advanced manufacturing processes. It is a high-precision process fixture based on the principle of vacuum suction. It is mainly made of advanced ceramic materials such as alumina, aluminum nitride, or silicon carbide.
Among so many process routes for porous ceramics, which one is more suitable for making vacuum chuck?
The perforated ceramic vacuum chuck, also known as the perforated ceramic chuck, is mainly composed of a micro-perforated ceramic layer and a support frame. It is a vacuum clamping device that achieves uniform negative pressure adsorption through micrometer-level or sub-micrometer-level interconnected channels.
Precision manufacturing - Porous ceramic air flotation plate
The core of the porous ceramic air flotation board lies in its highly efficient gas distribution system
Fountyl will participate in 2026 SEMICON SEA exhibition in Malaysia
Fountyl will participate in 2026 SEMICON SEA exhibition in Malaysia
Silicon Carbide Guide Rails: Low Thermal Expansion for Lithography
Explore how silicon carbide ceramic guide rails enable precision in lithography equipment through low thermal expansion, enhancing semiconductor manufacturing accuracy.
Wafer Pin Chuck: The Foundation of Precision Wafer Handling
Explore the critical role of the Wafer Pin Chuck in semiconductor manufacturing. Learn how this tool enables stress-free, contaminant-minimized holding for metrology, lithography, and inspection.
Porous Ceramic Chuck for Semiconductor Wafers: Solving Adsorption Instability Issues
Learn how porous ceramic chucks solve adsorption instability in semiconductor wafer processing, ensuring precision and reliability in manufacturing.
Electrostatic Chuck Manufacturers for Wafer Processing | Semiconductor-Grade
Discover leading electrostatic chuck manufacturers for semiconductor-grade wafer processing. Learn about key features, applications, and how to choose reliable suppliers for high-precision manufacturing.
Electrostatic Chuck for Chip Manufacturing - Precision Wafer Holding
Discover how electrostatic chucks enable precision wafer holding in semiconductor manufacturing, ensuring nanoscale accuracy for chip fabrication.