Used TEL / TOKYO ELECTRON ACT 12 #9187393 for sale

TEL / TOKYO ELECTRON ACT 12
ID: 9187393
(3) Coaters / (4) Developers system.
TEL / TOKYO ELECTRON ACT 12 is a high-performance photoresist equipment designed for use in semiconductor fabrication processes. It uses laser-induced exposure to etch patterns onto a wafer substrate for use in the production of electronic semiconductor devices. The system is equipped with an advanced imaging unit that can create highly precise patterns, with exposure capabilities of 0.1 μm or better. The machine is based on a patented laser source, a 10 W optical laserhead, which enables exposures to be performed quickly and accurately. The laser source is a high-energy, wavelength-stabilized laser tool that produces characters, lines, and geometries with high precision and flawless resolution in a very short time. TEL ACT 12 also has a 12-inch photomask that allows for a greater range of photoresist options and exposures. It is equipped with a seven-inch square mask pattern that is used to write the circuit to the wafer. The imaging asset uses a unique "Template-driven" technique that enables the rapid fabrication of highly intricate shapes and patterns with no human intervention. The model has an adjustable mask intensity so that the etch can be controlled accurately and precisely without needing any extra light sources. In addition to the advanced imaging equipment and laser source, the system incorporates automated process control that can be programmed to produce a high yield of reliable circuits. The wafer alignment is accurate and resolution precision is maintained consistently. The unit also consists of a wafer-cleaning station and a flat panel display for controlling and monitoring the imaging process. TOKYO ELECTRON ACT12 is an advanced semiconductor fabrication machine that is designed to produce highly accurate and reliable circuits in a short time. Its high-performance, high-precision imaging tool allows for consistent and reliable etching of patterns onto wafer substrates, providing an excellent choice for fabricating sophisticated, high-performance electronic semiconductor devices.
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