Used BROOKS AUTOMATION Magnatran 7 002-0016-33 #9064587 for sale

BROOKS AUTOMATION Magnatran 7 002-0016-33 is a multi-producer wafer and flat panel handler designed to address the complexities of today's device manufacturing processes. This device is capable of performing a wide range of tasks, including high accuracy microprocessing, wafer handling, alignment, sputtering, plasma etching, laser patterning, and packaging. The Magnatran 7 boasts a cost-effective total cost of ownership (TCO) and is an ideal choice for those who need to reliably manage an array of devices from multiple manufacturers. The Magnatran 7 features an industry-leading controller and robotic platform, providing an excellent overall performance for substrate loading, unloading, processing, and transport. It uses a machine vision system to ensure optimal alignment of the robotic pickers, allowing for greater precision and accuracy. The Magnatran 7 featuress an automated substrate loading system that quickly and accurately moves substrates between process chambers, reducing setup and changeover times. It also provides both bottom and mid-level recipe programming, allowing for endless customization and flexibility. The Magnatran 7 incorporates a precision scanning mechanism for finding ends and locking substrates in place during processing. It also utilizes a secure locking mechanism to prevent accidental or unauthorized access to unsafe parts of the robot arm. In addition to the features mentioned above, the Magnatran 7 utilizes advanced safety measures to prevent serious accidents. It includes self-checking sensors and an emergency stop system which will shut down automatically in the event of an emergency. The Magnatran 7 is capable of handling a variety of substrates, such as glass plates, single wafers, and multiple wafers. With a unique modular design, it can be easily adapted to a wide variety of industrial processes and applications. Overall, Magnatran 7 002-0016-33 is a versatile and reliable solution for the production of a broad range of substrates. Its advanced controlling mechanisms, automated substrate loading, and precision scanning make it an ideal choice for high-precision device manufacturing processes.