Used SYNAX 1201 / 1202 #9234982 for sale

SYNAX 1201 and 1202 handler are the latest multi-position wafer handling robot systems developed by SYNAX Automation. The 1201 and 1202 are designed for fully automated, real-time wafer handling, inspection, and performance testing with high accuracy and throughput in the semiconductor industry. This equipment includes a compact design with integrated features. The 1201 and 1202 feature an integrated handling system with a two-axis carriage, a dual wafer gripper, and two optional arc-movement handling systems. The two-axis carriage is capable of moving wafers up to 12" in diameter and provides precise positioning of the wafers with single micron accuracy. The dual wafer gripper provides a workstation that can support up to four wafers of any type and allows for parallel processing of up to two wafers. The optional arc-movement handling systems provide additional flexibility for both two-dimensional and three-dimensional processing. The 1201 and 1202 also feature a library of algorithms and safety features to enable automated inspection of wafers. Algorithms are used to analyze the structure and composition of the wafers as well as to generate real-time error messages for the operator. Safety features include identifying when the robot is in a hazardous area and automatically disabling motion of the arms and shutting down the unit if any unsafe conditions are detected. The 1201 and 1202 have been designed to be user-friendly, with an intuitive easy to use interface and low-maintenance operation. The machine is also designed with data using functionality, allowing operators to store and retrieve data quickly and easily. The 1201 and 1202 are also equipped with a user programmable vision tool, allowing for automatic defect detection and characterization across a wide range of process parameters. In conclusion, SYNAX 1201 and 1202 handlers offer a high-performance, multi-position wafer handling solution for semiconductor production. This asset offers precision and accuracy, as well as automation and safety features to provide reliable and efficient operations. The model is also designed to be user-friendly, with an intuitive interface, and data using functionality to provide a comprehensive solution.