Used KAWASAKI 3NX520B-A002A #293665092 for sale

KAWASAKI 3NX520B-A002A wafer handler is an automated equipment designed to provide efficient, secure, and precise handling of wafers in an industrial setting. This machine is suitable for use in various industries, such as semiconductor, biochip, and data storage industries, and offers a wide range of applications due to its design features and flexibility. This machine is equipped with a 5-axis coordinate system for accurate, stable, and precise movements. Its built-in motion control unit ensures reliable pick-up and placement of wafers. Additionally, the machine features an internal linear motor to reduce backlash and realize smooth actuation. This tool also offers a single process for wafer delivery, which improves efficiency and production cycle times. 3NX520B-A002A is designed with an advanced vision asset to enable accurate alignment of wafers. This vision model is designed to determine the orientation of the wafer, account for edge irregularity, and help reduce the risk of damages caused by improper alignment and placement. The vision equipment features advanced algorithms and sensors that enable it to detect and measure unique characteristics of each wafer. Additionally, its adaptive alignment feature allows for adjustments to be made in response to deviations and image patterns. To ensure safety during operation, the system features various protective mechanisms. Its anti-collision feature helps protect the machine from impacts caused by improper operation. Additionally, the unit is equipped with a Safety Cushion attachment, which functions to reduce vibrations and impacts generated by motor movements and wafer handling. This helps prolong the lifespan of the machine and prevent damage to wafers. KAWASAKI 3NX520B-A002A offers various other features such as a user-friendly control panel, multiple mounting points, and servo motors that provide greater speed and accuracy. This machine is designed to be compatible with both commercial and proprietary software for efficient control and programming. Its design is robust and ensures that vibrations and noise created during operation are kept at a minimum. Finally, the machine is designed to be easily maintained and serviced, allowing for greater uptime and improved production cycle times.