Used TEL / TOKYO ELECTRON MARK Vz #293587286 for sale

TEL / TOKYO ELECTRON MARK Vz is a photoresist etching equipment produced by TEL, a Japanese-based company who has been at the forefront of innovation in the field of semiconductor fabrication for decades. TEL MARK-VZ system is tailored for processes such as metal etching, semiconductor wafer line lithography, and semiconductor device fabrication. TOKYO ELECTRON MARK V-Z unit contains a laser cutting tool that uses a laser-based machining technique to precisely etch metal onto a mask or substrate. This technology is typically used to create patterns with feature sizes of 4 nanometers, providing an accurate, high-resolution image that can be used in a variety of applications such as micromachining. An integrated vision machine is also included to further ensure accuracy and detailed repeatability. The tool also contains a convection reflow oven which is used in the process of semiconductor device fabrication. This oven provides a uniform heating environment, topping out at 500° C, so that small electronic components can be safely and accurately affixed to a substrate. This process is essential in the creation of semiconductor devices, especially those used in integrated circuits. TEL MARK Vz asset also features a deep ultraviolet illumination model that is used to create high-density patterning with minimal defects on the substrate. This process is essential for creating a high-density pattern that is free of defects and accurately reflects the desired pattern. A self-regenerating photoresist chemistry ensures a consistently high-resolution pattern for each use. Overall, MARK V-Z provides an innovative and accurate solution to semiconductor device fabrication, metal etching, and lithography. Combining advanced laser cutting capabilities, a convection reflow oven, and deep ultraviolet illumination, MARK-VZ equipment is designed to deliver the finest and most detailed patterns to the semiconductor industry. The system is constantly upgraded to ensure high-precision, repeatable execution with minimal defects.