Used KANKEN TECHNO KT-1000FA #9114634 for sale

KANKEN TECHNO KT-1000FA is a wafer & mask scrubber designed for semiconductor and microelectronic fabrication processes. It is an automated, precision cleaning equipment capable of handling contamination removal from various sizes and shapes of wafers and masks. KT-1000FA offers several advantages over conventional scrubbing methods, such as its ability to clean within confined spaces, its capability to effectively handle different surfaces and its ability to be easily integrated into production lines. The key component of KANKEN TECHNO KT-1000FA is a specially designed brush head that is capable of an effective, uniform distribution of scrubbing and cleaning materials. This feature ensures an even result, regardless of the size of the wafer and mask. The brush is driven by a servo motor and has the ability to rotate both clockwise and counterclockwise. This allows for a wide range of motion and makes for extremely efficient cleaning processes. Additionally, the brush head can be quickly and easily replaced with a variety of different types, allowing for different media materials and brush styles to be used depending on the surface type being scrubbed. In addition to the brush head, KT-1000FA includes a precise, user-friendly control system with an LCD readout, allowing for operators to maintain a consistent cleaning process. This control unit can determine the optimum speed and pressure of the brush depending on the surface being scrubbed and the media being applied. The self-diagnostics provided by this machine allows operators to easily identify potential issues with the scrubbing process, allowing for quick and easy corrections when necessary. This highly automated process is also equipped with advanced safety systems in order to protect operators from potential risks. Additionally, KANKEN TECHNO KT-1000FA's design maintains the integrity of the wafer or mask by keeping all contact points lubricated and minimally abrasive. KT-1000FA is a feature-rich tool designed to provide a reliable, repeatable cleaning process. Its precision cleaning capabilities, combined with its systems safety mechanisms and versatile, user-friendly control systems make it an ideal choice for a wide variety of microelectronic fabrication processes.