Used MECS UTX-1010 #9110989 for sale

MECS UTX-1010 is a robotic wafer handler, designed to process large numbers of wafers in a safe and efficient manner. It is a semi-automated process that allows for greater accuracy and throughput than manual methods while minimizing environmental contamination and worker fatigue. MECS UTX 1010 consists of a mainframe, drive bases, robot arm, and wafer transport platform. The mainframe contains all of the operating software and hardware necessary to complete the wafer handling process. The drive bases allow UTX-1010 to be configured to meet any production requirement. The robot arm is capable of operating at a load capacity of 1000kg and can move in 6 axes with millimeter accuracy. The wafer transport platform can accommodate up to 25 wafers at a time, and it is capable of moving the wafers to the appropriate positions within the robotic arm's work area. UTX 1010 has several safety features built in to increase safety for workers. These include laser interlocks, emergency stops, and an automatic shut off system in the event of an overload. To further ensure worker safety, MECS UTX-1010 uses ESD protection to prevent static shock when handling the wafers. An optional system of software-based sensors can be included to detect and report potential contamination on the wafers. MECS UTX 1010 is a highly flexible system that allows for customizing the robot's operation and work cell configuration as needed. It features automatic interfaces for connecting to other systems and equipment such as automated material handling systems, production line database systems, and more. Finally, UTX-1010 is designed to be user-friendly. It includes an intuitive graphical user interface, which makes setup and operation easy. Remote diagnostics and troubleshooting capabilities are also included to ensure maximum uptime on the production line. UTX 1010 is the ideal choice for any wafer handling process. With its wide range of features, flexibility, and safety components, it is guaranteed to increase precision and throughput with minimal environmental disturbance and employee fatigue.