Used SEMITOOL SAT 304 #293618686 for sale

SEMITOOL SAT 304
Manufacturer
SEMITOOL
Model
SAT 304
ID: 293618686
Spray acid tool.
SEMITOOL SAT 304 is a photoresist equipment used in semiconductor manufacturing and processing. It is a highly advanced, automated system that uses photoresist technology to create and pattern electronic components for manufacture. The unit uses photolithography to transfer a design onto a silicon wafer covered with an organic photoresist. An ultraviolet light source is used to project the design onto the photoresist - the light causes chemical bonds in the photoresist to break up and the light-sensitive molecules to orientate. Once exposed, the photoresist is developed and it works as a template for etching the material away, forming the desired patterns. SAT 304 offers precise and repeatable photoresist patterning in a wide range of sizes and shapes, allowing for precise positioning and highly precise designs. It has a resolution of 3.2 µm, enabling precise developers to be used. The machine comes with a controller that can be used to precise details of the process and give feedback on the process during development. SEMITOOL SAT 304 has a built-in wet processor, which has a temperature-controlled bath with multiple options for photoresist developers and associated chemical baths. The processor is used to develop the exposed photoresist, using heated fluids to dissolve the unexposed resist and leave the pattern behind. The tool is designed to provide high throughput and low cost while maintaining high quality product. It is a highly reliable asset due to its automated processes. The model is designed for cost-efficient processing with minimal waste, thanks to its precise measurements and optimal performance. SAT 304 is a state-of-the-art photoresist equipment that provides a reliable and precise means for patterning, allowing for efficient and cost-effective semiconductor processing. It ensures high quality product with short production times, making it a perfect choice for large-scale semiconductor production.
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