Used FSI / TEL / TOKYO ELECTRON Turntables for Mercury MP #9240638 for sale

ID: 9240638
Wafer Size: 8"
8".
FSI / TEL / TOKYO ELECTRON Turntables for Mercury MP is a state-of-the-art photoresist equipment. This system is designed for the fabrication of devices with excellent surface structures and precise dimensions. It provides a simple way to transfer metal patterns from a master directly onto a substrate material with elevated accuracy and speed. FSI Turntables for Mercury MP uses a new type of Mercury-sensitive UV light source that can be used to produce high quality, precise patterns on the substrate material. The unit is equipped with two fan-shaped laser beams and a powerful disk-shaped optical head to create a series of customizable patterns. The optical head also has a zoom lens that can scan a wide range of areas accurately and rapidly. Using the Mercury MP machine, photoresists can be applied and developed in a single step. Photoresists are custom tailored using software to make complex patterns that are designed to be exposed at precise points on the substrate. The tool has a high-resolution imaging asset to process images with superior quality, and it can perform digital to analog (D/A) conversion for optimal resolution. TEL Turntables for Mercury MP has several unique features that enable it to achieve high precision and repeatability. It's equipped with a built-in, computer-controlled alignment model that ensures accurate and repeatable alignment of the photoresist to the substrate. This equipment also has an optimized photoresist thickness adjustment feature, which helps to ensure precise and consistent pattern transfer. TOKYO ELECTRON Turntables for Mercury MP is a powerful system that can be used to fabricate devices with excellent features, accuracy, and speed. This unit eliminates the need for manual adjustments or complicated setup procedures. With its advanced features and quality control systems, the Mercury MP is providing the industry with an excellent solution for fabricating devices with precise, repeatable patterns.
There are no reviews yet