Used BROOKS AUTOMATİON EFEM #293600201 for sale

ID: 293600201
Wafer Size: 12"
System, 12".
BROOKS AUTOMATİON EFEM is a wafer handling equipment specifically designed for automated factory-based environment. It provides users with a reliable, high-speed and low maintenance solution to handling wafers in industrial production processes. The system employs an umbrella-like robot arm that securely and accurately transports wafers from one station to another during the production. The robot arms utilize a pneumatically driven linear actuator and highly precise motors to facilitate seamless and controlled motion. The robot arm is connected to a gantry mounted steel frame that is composed of a series of interlocking square sections that are connected together in a square lattice formation. This sturdy frame provides the structural integrity needed to support the robot's movements. EFEM unit also features advanced software that allows the fine-tuning and optimization of the wafer handling processes. The software features sophisticated algorithms and parameters which are user-defined to enable the robot arm to respond in real-time to changes in the production environment. It is possible to easily modify the robot's movement patterns to accommodate different wafer sizes and shapes. The modular design of the machine also means that additional components can be easily added to increase the automation efficiency and versatility. For example, multiple robot arms can be attached to the same frame, allowing for simultaneous wafer transport. Furthermore, it is possible to attach a variety of different wafer receptacles, such as plate pallets, baskets and trays, to give the user the flexibility to configure the tool according to the specific needs of their production process. In summary, BROOKS AUTOMATİON EFEM is a reliable and versatile wafer handling asset that provides industrial users with an efficient, cost-effective and highly reliable solution for their production processes. Thanks to its user-friendly software, easy installation and flexibility of components, it is a highly suitable choice for a wide range of wafer transport applications.
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