Used GENMARK Gencobot 8/3L #293746385 for sale

GENMARK Gencobot 8/3L (or G8/3L) is a high-end robotic wafer handler capable of handling multiple wafers and supporting a wide variety of wafer sizes. It is one of the most comprehensive and automated wafer handling systems available today. The G8/3L boasts a maximum throughput of three wafer sizes up to 300mm in diameter. The equipment is designed to operate with a wide range of wafer types and sizes. This includes all standard semiconductor materials, such as oxy-nitride, polysilicon, and diamond. Additionally, the system can also be configured for special materials such as metals and electronic materials. The core of the G8/3L is comprised of a user-friendly Graphical User Interface (GUI), which allows for easy programming of wafer handling routines. All unit functions are driven by an advanced computer architecture. This includes a high performance processor and embedded controller systems, which actively monitor machine performance and optimize operation. The G8/3L is also equipped with an industry-leading vibration-free vacuum wafer handling tool, which eliminates any potential wafer-tearing during transfer. This asset is further strengthened with a heavy-duty, stainless steel construction and is capable of withstanding extreme conditions. The G8/3L is capable of wafer-to-wafer transfer as well as transfer of wafers to and from adjoining systems. This flexibility allows for a wide range of applications, including: wafer batching, die sorting, up-screening, and photolithography. Additionally, the model includes multi-lane robot arms, enabling simultaneous wafer transfer. All G8/3L systems come pre-calibrated and fully integrated. For added protection, an integrated safety equipment with E-stop overrides provides reliable and fail-safe operation. The G8/3L is well suited for semiconductor production and automated testing operations. It is an excellent choice for high-volume, high-speed operations including wafer fabrication and die sorting. Its industry-leading design and performance make it an excellent choice for applications where reliability and precision are key requirements.