Used ISEL ROBOTIK 1WH-TA17S10F-1 #181143 for sale

ISEL ROBOTIK 1WH-TA17S10F-1 is an industrial-grade wafer handling robot designed for semi-automated use in the production of integrated circuits. The robot is capable of performing a variety of wafer transfer and handling operations, up to and including precision placement of wafers onto a substrate. 1WH-TA17S10F-1 is equipped with six axes of motion, ranging from standard-level motion (linear, rotating, and z-axis) to high-precision motion (roll and yaw for fine positioning). The robot is protected against contaminants and dust by a special filter. The body of the robot is supported by a heavy-duty frame, providing a reliable platform for the robot's movements. The robot's drive system is powered by an electric motor, and the controls of the robot are operated via a drive and control unit. This unit is able to interface with the robot's programmable logic controller (PLC) and is robot-specific, allowing the robot to perform fully automated operations on wafers, as well as semi-automation with the help of an operator. ISEL ROBOTIK 1WH-TA17S10F-1 has a separate software control package that allows an operator to customize the robot's settings for different types of wafers and operations. This software can be used to adjust the speed and force of the robot's motions, as well as the starting and end points of any operation. This can help to ensure that wafers are handled as efficiently and accurately as possible. 1WH-TA17S10F-1 also has a number of safety features that help to protect the robot and its operator from danger. These include limit switches, over-load detection mechanisms, and emergency stops that can be used in the event of an emergency. Additionally, the robot can be protected from its own self-generated heat by an integrated cooling fan. All in all, ISEL ROBOTIK 1WH-TA17S10F-1 is a highly advanced and programmable wafer handler, capable of accurately and efficiently transferring and handling wafers up to and including precision placement on a substrate. The robot is supported by a heavy-duty frame and can be controlled via a drive and control unit. It is equipped with a wide variety of features and safety features, ensuring that it is uniquely suited for use in the manufacture of integrated circuits.