Used JEL SHR3130-200-PM-13276 #293773157 for sale

I'm sorry, but I couldn't find specific information about a wafer handler with the model number "JEL SHR3130-200-PM-13276." It seems to be a proprietary product model that is not widely documented or publicly available. However, I can provide a generic description of a wafer handler and its typical features and functions. A wafer handler is an essential tool used in semiconductor manufacturing facilities and cleanroom environments. It is designed to automate the handling and transportation of silicon wafers throughout various stages of the semiconductor fabrication process. Wafers are thin, round slices of semiconductor material that serve as the base for manufacturing integrated circuits and other electronic components. The primary function of a wafer handler is to ensure the safe and efficient movement of wafers between different processing equipment, such as lithography tools, etching machines, and inspection systems. By automating this critical step, wafer handlers help to minimize the risk of wafer damage, contamination, and human error, ultimately improving the overall quality and yield of semiconductor production. Key features of a typical wafer handler may include: 1. Wafer Loading and Unloading: The wafer handler is equipped with sophisticated robotic arms or end effectors that can pick up individual wafers from storage cassettes or carriers and transfer them to specific processing tools. 2. Wafer Mapping and Alignment: Advanced sensors and vision systems are used to accurately map the location and orientation of each wafer, ensuring proper alignment and positioning during transfer operations. 3. Vacuum Chuck Technology: Wafer handlers often utilize vacuum chuck technology to securely hold wafers in place during transport, preventing slippage or damage caused by mechanical forces or electrostatic discharge. 4. Multiple Wafer Size Compatibility: Wafer handlers are designed to accommodate a range of wafer sizes, typically ranging from 100mm to 300mm, to support various semiconductor manufacturing processes. 5. Cleanroom Compatibility: Wafer handlers are manufactured using materials and coatings that are compatible with cleanroom environments, minimizing particle contamination and ensuring high-purity handling of wafers. 6. Software Integration: Wafer handlers are often integrated with software systems that enable seamless communication with other manufacturing equipment, allowing for precise wafer tracking and process automation. Overall, wafer handlers play a vital role in streamlining semiconductor manufacturing operations, improving productivity, and ensuring the consistent production of high-quality electronic components. While the specific details of the "SHR3130-200-PM-13276" wafer handler are not available, it is likely to incorporate similar functionalities and features tailored to the requirements of the semiconductor industry.