Used RITE TRACK SVG 88 #293592399 for sale

RITE TRACK SVG 88 is a photoresist equipment designed for use in the microelectronics industry. It is a single-step tool for the reliable production of very small interconnect lines with a minimum width of 0.3 μm (micrometers) and a high accuracy achievable at a finely tuned production speed. The system works by exposing the resist material to UV light through a microlithography pattern process. The UV light is absorbed into the resists, activating reactive sites that harden the resist in the patterns etched. This method of processing results in highly precise layers that can easily be integrated into a circuit. The unit is designed in two stages: photolithography and etching. In photolithography, a photomask is used to define the pattern desired in the resist. The mask is a thin piece of glass that is coated with a light-sensitive material. The light-sensitive material is then exposed to UV light, which irradiates the material, activating it and causing the desired pattern to develop. The pattern created on the resist is then transferred onto the substrate material. In the etching process, the photoresist pattern is then transferred onto the substrate material by using a reactive gas or chemical. Depending on the material used in the substrate, different etching methods can be used. For example, a reactive ion etch (RIE) can be used for dielectric materials, ion-beam etching for metal films and plasma etching for organics and resistive films. Since RITE TRACK 88 is a single-step process, the photoresist and etching stages are completed simultaneously in order to produce highly accurate interconnect lines of very small size. The usage of SVG88 machine provides users with several advantages, as it offers great accuracy, a more efficient and cost-effective process and improved flexibility. Furthermore, it enables the production of smaller lines and components with tighter dimensions, which can be used to create more complex designs. This tool is commonly used in the production of printed circuit boards, semiconductor devices and MEMs, and is becoming increasingly popular in the modern electronics manufacturing industry, as it facilitates the efficient production of highly precise and accurate components.