Used BROOKS AUTOMATION Fixload 6 #293639259 for sale

BROOKS AUTOMATION Fixload 6 wafer handler is an advanced automation equipment that enables efficient and precise processing of wafers used in semiconductor and photonics chips manufacturing. The system incorporates a unique robotic "pick-and-place" capability that allows for the transfer and handling of wafers with high repeatability and accuracy. Fixload 6 is designed with a compact footprint, requiring minimal maintenance and capable of 40 wafer transfers per minute. The unit features a self-cleaning cycle, an ergonomic loading/unloading interface, and an intuitive programming language. It is equipped with a ceramic center post, allowing for the safe and easy transfer of both 200mm and 300mm wafers between various locations such as carriers and process equipment. The modular design of BROOKS AUTOMATION Fixload 6 allows for customization depending on the application. Its feeder arms are able to move up and down, as well as side-to-side, providing exact control over the placement of a wafer. Optional upgrades such as wafer-level or chamber-level handlers ensure flexibility for placement and retrieval processes. The wafer handler also offers an advanced safety machine that consists of anti-collision sensors and other protective features. Fixload 6 accommodates up to two carriers per unit and can support up to 200 wafer carriers, enabling high production throughput. This allows for short cycle times and quick automatic transfer of wafers in and out of the process chamber. Its flexible, easy-to-use camera tool improves automation accuracy and reduces overall costs. BROOKS AUTOMATION Fixload 6 is designed to be a reliable and cost-effective wafer handling solution for manufacturers. Its fast and effortless transfer capabilities, plus its low maintenance and robust safety systems make it an attractive option for a variety of industrial applications. Its advanced programming capabilities also offer users greater control and customization over their production processes.