Used BROOKS AUTOMATION Fixload V6 #9056693 for sale

BROOKS AUTOMATION Fixload V6
ID: 9056693
Load port.
BROOKS AUTOMATION Fixload V6 is a next-generation, high performance wafer handler developed by BROOKS AUTOMATION. This handler is designed to reduce particle generation and maximize throughput for advanced wafer processing. Fixload V6 is used to transport and load wafers into and out of processing chambers and other components. BROOKS AUTOMATION Fixload V6 is comprised of four major components - a shuttle equipment, an arm, a safety system, and a drive mechanism. The shuttle unit is used to position the wafer in the proper orientation and then load it by inserting it into the appropriate tooling. The arm is used to grip the wafer firmly and move it in a precise pattern. The safety machine is designed to ensure that all wafer handling is done safely. Finally, the drive mechanism is used to power the movements of the arm and shuttle. Fixload V6 is capable of both manual and automatic loading and unloading of wafers. When in manual mode, the user can control the motion of the arm for precise wafer handling. In automatic mode, the user can set certain parameters such as the number of wafers to be loaded, the speed of wafer movement, and the size of the wafer. This makes it possible to quickly and accurately load multiple wafers into multiple chambers or other components. BROOKS AUTOMATION Fixload V6 is also designed to be extremely reliable and robust. It uses a unique centrifugal force type drive to reduce component wear and allows extended operating life. Additionally, Fixload V6 operates at low temperatures, up to 310°C, which helps to minimize total particle generation. BROOKS AUTOMATION Fixload V6 is an excellent choice for wafer processing, offering reliability, robustness, and low particle generation. It is designed for maximum throughput and precision movement, allowing users to quickly and accurately handle wafers. Additionally, its low temperature operation contributes to a longer life span and reduced particle generation.
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