Used LAM RESEARCH Alliance A6 9600 #9121855 for sale

LAM RESEARCH Alliance A6 9600 is a highly advanced etcher and asher equipment designed to provide reliable processing of substrate wafers. The system is capable of performing both etching and ashing processes in the same unit, allowing for efficient production of devices. This unit is highly suitable for mass production and can be used with a large variety of substrates, including silicon, gallium-arsenide, and polysilicon layers. The etching capabilities of the A6 9600 provide precise control over material removal for creating high-quality devices. With its advanced endpoint detection feature, the etching process is completed quickly and precisely. The process is also very uniform, thanks to the use of ultra-short pulse technology. Additionally, the machine has adjustable power levels, allowing it to accommodate various material types and be tailored to specific applications. The ashing capabilities are critical for the removal of metallic contaminants from substrate surfaces. The A6 9600 uses an active oxygen ashing to optimize the condition of the substrate for etching. This process is efficient and highly repeatable, providing reliable results. The A6 9600 also includes a number of ancillary features that make it a versatile and powerful tool. It's equipped with a built-in gas management module that ensures a safe and reliable process. Additionally, the asset is remarkably compact and requires limited floor space to operate, making it an ideal solution for installations with limited space. Additionally, the model is fully compatible with other AM Research equipment, making it easy to integrate into existing production lines. Overall, Alliance A6 9600 is an advanced etching and ashing equipment that provides consistent and reliable performance every time. With its superior accuracy, the system is capable of producing superior results for a variety of materials, making it suitable for a wide range of applications. Additionally, the unit is designed for maximum efficiency and requires minimal floor space, making it an ideal choice for mass production.