Used ASYST IsoPort #9384467 for sale

Manufacturer
ASYST
Model
IsoPort
ID: 9384467
Wafer Size: 12"
Vintage: 2004
Load ports, 12" 2004 vintage.
ASYST IsoPort is a wafer handler designed to increase the throughput of semiconductor production lines. It is an automated, modular equipment designed to efficiently transport wafers between process steps or transfer between different tools on the same production line. The system is composed of two main components: an IsoPort wafer transport module and an ASYST IsoPort portal. IsoPort wafer transport module is a self-contained and modular unit that is used to transport wafers without human contact. It is able to move wafers in any direction and can move them as large as 8"/200 mm. The mechanical design is based on a gantry type unit construction, and the module can be optionally integrated with other machines to ensure efficient operation and smooth integration into existing production processes. ASYST IsoPort portal is a compact processing unit which is connected to the wafer transport module via an RFID reader. IsoPort portal contains the software and hardware components needed to control wafer transport and transfer. The machine is able to take data from RFID tags and identify wafers from the tags, allowing for the efficient and controlled flow of production. ASYST IsoPort is designed for flexibility and scalability, allowing for custom configurations for customers' needs. Its scalability means that customers can easily add additional units and expand the number of wafers it can process. This can reduce costly downtime and improve overall productivity. Additionally, the tool is designed for ergonomics and reliability, which allows for improved safety and performance. Overall, IsoPort is an excellent choice for semiconductor production lines, as it can greatly improve throughput, reduce downtime, and increase safety and reliability. With its superior design and its modular and scalable nature, ASYST IsoPort can easily integrate into any existing process to provide maximum efficiency and throughput.
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