Used SVG 86 #293814153 for sale

SVG 86 is a digitized photoresist equipment designed for creating high resolution, high-fidelity images. Photoresists are materials that become more soluble when exposed to light, allowing them to be used to create circuit patterns on a variety of substrates ranging from semiconductors to flat panel displays. 86 system uses a unique technique known as optical proximity correction (OPC) to address the problems inherent in traditional photolithography. OPC uses a computer to guide the path of light over the exposed material, allowing the user to control and adjust the size, shape, and placement of features on the chip or display. SVG 86 unit utilizes a dual-beam scanning Ytterbium laser scanner, with a wavelength of 355nm, that is capable of forming both polygonal and line-type features. This laser beam is precisely focused onto the photoresist layer located on top of the substrate, measuring no more than 0.8nm in width. The light from the scanner is used to create patterns that can be transferred to the surface and create shapes, lines, and text. 86 machine also has a photoresist dispense tool, used to determine the type and amount of photoresist needed for the desired end result. By controlling how much photoresist is positioned onto the substrate with a nozzle, the user is able to imprint a desired pattern onto the surface. In addition, SVG 86 is also equipped with an inspection asset and a metrology station, which help to ensure the accuracy of the patterns created. The process is carried out quickly and with great precision, allowing the user to produce production yields of up to 99.993%, which is far greater than the yields produced by traditional lithography techniques. 86 photoresist model is an excellent tool for creating images and patterns with intricate shapes and high precision. By utilizing its OPC capabilities, users are able to create complex features and shapes with a minimum number of steps and without the need for additional equipment. Its high production yields and cost efficiency make it a great choice for those looking for a viable, economical solution for producing high-quality images.