Used SVG 8100 #168381 for sale

SVG 8100 is a complex photolithographic equipment used in the microfabrication of integrated circuits and other nano-structures. It is a stepper photoresist system, which is a type of technology used to transfer microscopic patterns or images onto a substrate using light. The unit consists of four main components: a wafer stage, a stepper, a photomask, and a light source. The wafer stage is used to hold the substrate during the photolithography process and is designed to provide the most precise motion and to make sure the substrate is aligned properly with the light source. The stepper is equipped with lenses focused in a wide array of levels for pattern generation and imaging onto the substrate. The photomask is used to transfer the desired pattern onto the substrate, and typically comprises of images such as transistors, wiring diagrams, and other microelectronic structures. Lastly, the light source provides the energy needed to expose the desired pattern onto the substrate. 8100 uses a sophisticated computer machine known as EQC to control the entire process. EQC is the essential core of the tool, providing functions like software-driven stage control, sophisticated illumination asset, and imaging characteristics. The computer-based machine control model is capable of customizing the exposure characteristics to achieve the highest level of precision and pattern fidelity. The machine is also highly automated, providing an 'optimized automatic process optimization' to achieve the highest resolution and yield with fewer iterations. Users can also program their own design parameters and beam characteristics to achieve customized patterns. Finally, the machine is capable of multi-layer imaging, which allows the user to support both single and multi-level imaging. All in all, SVG 8100 photoresist equipment is a powerful, reliable, and highly technological system designed to provide no-fuss imaging of micro-structures into substrates. It is highly complex and automated, and provides characteristically accurate results for a wide range of applications.