Used SEMITOOL / VERSATILE TECHNOLOGIES SRD 07 #9308550 for sale

SEMITOOL / VERSATILE TECHNOLOGIES SRD 07 is a leading-edge photoresist equipment for photolithography applications on a wide range of substrates. Photolithography involves exposing a substrate to light in order to create an image, pattern, or structure for use in semiconductor and other microelectronics manufacturing. SEMITOOL SRD 07 is designed for use in this process, providing a reliable, precise, and economical system. VERSATILE TECHNOLOGIES SRD 07 features a substrate positioning unit that is precise to less than one micron over the full range of motion. It also contains a dual-beam laser alignment machine, made up of two laser beam sources arranged in the XY plane, which ensures highly accurate registration of the substrate in order to ensure precise pattern formation. The laser light is then passed through variable slit masks to achieve exposure of the resist layer. In addition, SRD 07 offers superior patterning capabilities, thanks to its high-speed wafer transport tool and high-capacity resist tanks. The resist tanks are capable of accommodating wafers up to 8 inches in diameter, allowing for mass production of many substrates. Furthermore, the wafer transport asset provides a higher degree of stability and accuracy when aligning substrates. SEMITOOL / VERSATILE TECHNOLOGIES SRD 07 contains sophisticated lithography capabilities, which provide high-resolution patterning and excellent feature fidelity. This is achieved through an advanced beam optics model, consisting of a line-scanning electron beam, which reduces exposure time and improves accuracy of feature sizes. Finally, SEMITOOL SRD 07 offers automatic alignment capabilities, ensuring accurate substrate placement every time. This feature is highly beneficial for high-volume production processes, as it reduces human error and increases productivity. In short, VERSATILE TECHNOLOGIES SRD 07 photoresist equipment from SEMITOOL is a powerful and flexible system for photolithography applications. Its precision, accuracy, and automation make it an ideal choice for use in the production of microelectronics components.