Used NIKON SMP28 #9395533 for sale

NIKON SMP28 is a wafer handling equipment designed to facilitate the testing and processing of semiconductor wafers. SMP28 is a robotic device made up of a mechanical arm with a series of pick-and-place accessories and a computer controlled system. NIKON SMP28 provides total control over the wafer handling process with its high-tech motion control and state-of-the-art vision unit. It also features a motion-controlled feeder that can accommodate multiple types of wafers such as multiple die, thick-edged, and dummy wafers, for enhanced production efficiency and reduced cost of operation. SMP28 is capable of quickly and accurately transferring wafers of various sizes, shapes, and weights onto processing plates or demounting blocks. The intelligent motion-controller also ensures precise placement of wafers into their desired locations. It has an integrated vision machine that allows rapid and accurate part recognition, as well as a sophisticated process control tool that combines software programming and robot operation for total process control. With its advanced vision asset, NIKON SMP28 can locate the desired parts and positions precisely. SMP28 is easy to operate and maintain. Its built-in monitoring and control model supports online inspection and adjustment, which reduces the need for manual intervention. The equipment can be easily installed in a factory environment and is designed to run efficiently with minimal maintenance. It has a simple user interface that supports various functions such as setting parameters, analyzing results, and making changes. The setup of NIKON SMP28 is also straightforward and hassle-free, thus making it ideal for both small and large scale factories. Overall, SMP28 is an efficient and reliable wafer handling system with its advanced and user-friendly features. Its easy to install and operate design, combined with its precise robotic motion control and vision unit, enable the device to meet the needs of various types of factories. It is designed to provide accurate placement of wafers for maximum production efficiency and cost reduction.