Used AMAT / APPLIED MATERIALS Blade assembly #293671707 for sale

AMAT / APPLIED MATERIALS Blade assembly is a high-performance ion implanter and monitor designed for use in semiconductor device fabrication. It utilizes a highly-precise array of multiple blades arranged in an optimal position for low-energy operation, allowing for better control of uniform implantation. The blades are made of molybdenum and bronze for greater operational stability and durability. The blades are arranged horizontally in a circular pattern with a diameter ranging from twelve inches to two hundred thirty-four millimeters (234 mm). The unique geometry of the blades is used to maximize uniformity in implantation and minimize the chances of particle contamination. A proprietary blade design further enhances particle contamination control, making AMAT Blade assembly an ideal choice for production environments. APPLIED MATERIALS Blade assembly operates under the control of a laptop computer, which is used to monitor and adjust the parameters of the implantation process. The laptop is connected to an integrated interface board that includes advanced safety features such as interlock equipment and particle monitoring system. This ensures that the process is not only highly efficient, but also safe to operate. The blades are operated at high speeds for maximum efficiency and control over the dose. Contrast sensed during the implantation process is then used to adjust the speed and power applied to the blades. This ensures that the blades are providing the most uniform dose while minimizing the chances of particle contamination. Overall, Blade assembly is an advanced ion implanter and monitor that offers superior performance, precision and safety for semiconductor fabrication. The superior design of the blades allows for optimal uniformity of implantation and improved control over particle contamination. Its advanced safety features such as interlock unit and particle monitoring machine provide additional protection, while its laptop interface ensures maximum efficiency and control over dose levels.