Used SYNAX SX 3100 #9171095 for sale

SYNAX SX 3100 is a PSD (Programmable Sequence Device) Handler used in industries such as semiconductor production. It is primarily used for die sorting, wafer handling, and other automation tasks. SYNAX SX3100 is highly flexible and capable of up to 24 sequences of throughputs, with a precision speed accuracy of up to 0.01 mm. SX 3100 is equipped with a 6-axis robotic arm, which is powered by an advanced servo motor. The robotic arm is designed to adjust its speed and power depending on the applications needs, providing users with maximum control over productivity. The robot arm further allows for precise motions and movements that can be programmed and stored in SX3100's memory. This allows for an increase in efficiency and accuracy in automation tasks. SYNAX SX 3100 assembly integrates a micro-tasking system that can process five separate tasks with a precision of up to 0.2 mm. The system also features a secure magnetic tape reader for wafer and die tracking. This reader allows users to store data in a secure system, and access them with ease. SYNAX SX3100 is equipped with a variety of sensors and advanced monitoring tools that allow users to accurately monitor their operations. The handler is equipped with sensors to detect abnormal movements, and for sorting wafers accurately. This allows for greater efficiency in the production process, reducing the risk of errors and improving the overall quality of the product produced. SX 3100 also features a webserver that allows users to access and control operations remotely. This lets users make adjustments to the handler without having to be in the physical presence. SX3100 is also energy efficient, consuming less power per wafer. This energy-saving effect allows users to reduce their overall costs of operation and increase productivity. Overall, SYNAX SX 3100 is a reliable and efficient handler designed to increase automation in various industrial processes. With its flexible design and advanced features, it makes automated handling processes faster and more accurate.