Used BROOKS / PRI AUTOMATION 141001-0031 JET #9201728 for sale

BROOKS / PRI AUTOMATION 141001-0031 JET wafer handler is a highly specialized, high-precision robotic equipment that is used widely in the semiconductor industry to handle wafers while they are being processed. It is capable of transferring wafers between process chambers, as well as performing complex operations like alignment and stacking. The JET system is a robotic arm mounted on an overhead rail unit. The arm can be precisely controlled and programmed to move in three directions (X, Y, and Z axes), providing up to three degrees of freedom. This allows for very precise positioning of the end effector, for tasks such as picking up and transferring wafers from and to process chambers. The end effector itself can also be programmed to perform complex operations such as wafer alignment and stacking. The JET machine is equipped with several advanced technologies that help ensure accuracy and reliability. For instance, the arm utilizes wet-friction control and multi-axis tracking, which work together to ensure that the end effector can move precisely and track the process chamber in a linear fashion. Additionally, the tool is also designed with a built-in calibration asset, which helps ensure accuracy and repeatability. The JET model also features a variety of safety features that help protect both the end effector and the wafers it is handling. For example, the equipment is equipped with a wafer pass-through avoidance system that helps detect and avoid mis-alignments and collisions. Additionally, the unit also features a wafer surface damage detection machine, which helps detect scratches, chips, and other surface damages that could have occurred due to mishandling. Overall, BROOKS 141001-0031 JET is a sophisticated robotic tool that provides many advantages in the semiconductor industry. It is equipped with a variety of advanced technologies and safety features that help ensure accuracy, repeatability, and reliability while handling wafers during the process cycle.