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　　Featuring a 2–3μm ultra-precise clearance and superior corrosion resistance, our mirror-polished ceramic pistons ensure effortless cleaning. Perfect for semiconductor, medical, and battery applications, delivering reliable, long-lasting micron-level fluid control.

Porous ceramic chucks provide uniform vacuum holding, low particle generation, excellent wear resistance, and superior thermal stability for semiconductor wafer handling, lithography, OLED manufacturing, MEMS production, and precision automation applications.

Leveraging its exceptional properties such as high temperature resistance, corrosion resistance, and superior hardness, silicon carbide (SiC) ceramics have become a key material in the new energy sector. Through innovative technologies, FOUNTYL TECHNOLOGIES PTE. LTD. provides high-performance SiC solutions, actively contributing to the global energy transition.

Discover how silicon carbide (SiC) ceramic chucks and robotic arms are transforming semiconductor manufacturing with ultra-precise, contamination-free wafer handling and durable high-speed automation.

High-performance ceramic plunger pumps deliver superior corrosion resistance, zero leakage, and energy efficiency for extreme industrial fluid handling.

Precision ceramic components are core parts for wafer positioning and handling in semiconductors. Our vacuum chucks, electrostatic chucks and ceramic arms ensure safe, contamination-free wafer processing. Diversified ceramic accessories support full semiconductor production workflows.

In semiconductor wafer transfer processes, the end effector (the gripping component at the robot arm tip) makes direct contact with the wafer backside. Its material properties directly impact particle contamination and scratch-induced yield loss. This article explains the key advantages of ceramic materials over metals and polymers in terms of wear resistance, electrostatic discharge (ESD) control, thermal stability, and cleanliness. It further discusses how to select end effectors based on wafer size upgrades and critical performance parameters (hardness, flexural strength, resistivity, purity), as well as recommended cleaning intervals, collision prevention strategies, and lifetime management. The goal is to help readers reduce wafer damage risks and improve transfer yield.

Microporous ceramic vacuum chucks: ±1% pressure fluctuation, <5V static control for precision wafer and flexible substrate handling.

Alumina ceramics are used in semiconductor equipment for their hardness, corrosion resistance, and insulation. Examples include vacuum chucks for holding wafers and robot arms for wafer transfer. They are more cost-effective than silicon carbide.