Susceptor Stories

"You don't belong here!" She cried, "YOU MONSTER!" Axis was never human. Tortured and mutated as a child, Axis was a powerful superhuman known as an "X-Gene" or "Susceptor". Ingraned with the instinct to eliminate human life, Axis escaped from the facility at age ten and began to murder humans left and right. And then he met Petra. Petra was the human girl that he fell in love with the moment he stared into her eyes. But a human girl, with memories of bloodshed, can only be so accepting to a monster.

https://www.dstcsemi.com/products/silicon-susceptor/ The sic susceptor from DSTC is utilized in semiconductor CVD and PVD machines to provide support for wafers during high-temperature processes, ensuring stability and preventing any potential damage caused by nitrogen flow or accidental dropping. Compared to SiC Susceptor, silicon carbide susceptor has the same material as the wafer, the same coefficient of thermal expansion, and a shorter delivery time. Additionally, Silicon Susceptor can also be utilized as a wafer carrier in semiconductor etching equipment. Features of DSTC Silicon Susceptor 1 Ultra-Thin High Purity Design: The minimum thickness of DSTC silicon susceptor reaches 1mm, which is high purity; It is also recyclable and reusable. 2 Self-Developed Cleaning Technology: Self-developed cleaning technology, the surface metal ion of DSTC silicon susceptor residue meets the requirements of silicon wafer treatment process. 3 Mature Processing Technique: DSTC boasts a mature processing technique for silicon susceptors, ensuring high quality and reliability of your products. Silicon Susceptor's Applications in Semiconductor Processing High Purity and High Density: The silicon susceptor from DSTC is processed from high-purity silicon material with high purity and high density, ensuring that the wafer is not contaminated by impurities during processing.

https://www.dstcsemi.com/products/silicon-susceptor/ Silicon Susceptor The silicon carbide susceptor is utilized in semiconductor CVD and PVD machines to provide support for wafers during high-temperature processes, ensuring stability and preventing any potential damage caused by nitrogen flow or accidental dropping. Compared to SiC Susceptor, Silicon Susceptor has the same material as the wafer, the same coefficient of thermal expansion, and a shorter delivery time

https://www.dstcsemi.com/products/silicon-susceptor/ The Silicon Susceptor is utilized in semiconductor CVD and PVD machines to provide support for wafers during high-temperature processes, ensuring stability and preventing any potential damage caused by nitrogen flow or accidental dropping. Compared to SiC Susceptor, Silicon Susceptor has the same material as the wafer, the same coefficient of thermal expansion, and a shorter delivery time

https://www.dstcsemi.com/products/silicon-susceptor/ The silicon carbide susceptor from DSTC is utilized in semiconductor CVD and PVD machines to provide support for wafers during high-temperature processes, ensuring stability and preventing any potential damage caused by nitrogen flow or accidental dropping. Compared to SiC Susceptor, Silicon Susceptor has the same material as the wafer, the same coefficient of thermal expansion, and a shorter delivery time. Additionally, Silicon Susceptor can also be utilized as a wafer carrier in semiconductor etching equipment. Features of DSTC Silicon Susceptor 1 Ultra-Thin High Purity Design: The minimum thickness of DSTC silicon susceptor reaches 1mm, which is high purity; It is also recyclable and reusable. 2 Self-Developed Cleaning Technology: Self-developed cleaning technology, the surface metal ion of DSTC silicon susceptor residue meets the requirements of silicon wafer treatment process. 3 Mature Processing Technique: DSTC boasts a mature processing technique for silicon susceptors, ensuring high quality and reliability of your products.

https://www.dstcsemi.com/products/silicon-susceptor/ Silicon Susceptor The silicon carbide susceptor from DSTC is utilized in semiconductor CVD and PVD machines to provide support for wafers during high-temperature processes, ensuring stability and preventing any potential damage caused by nitrogen flow or accidental dropping. Compared to SiC Susceptor, Silicon Susceptor has the same material as the wafer, the same coefficient of thermal expansion, and a shorter delivery time.