Used PRAXAIR CoArc 9910 #293591595 for sale

Manufacturer
PRAXAIR
Model
CoArc 9910
ID: 293591595
Spray system P/N: 800870 Power supply TCV-400.
PRAXAIR CoArc 9910 photoresist equipment is a state-of-the-art tool used in the fabrication of microelectronic devices for a wide range of industries. It is a full-scale automated system that makes use of photolithography, a process used to transfer patterns onto the surface of a substrate. Photolithography is the cornerstone of micromachining, which is the miniaturization of chips, integrated circuits and other electronic devices. CoArc 9910 utilizes a high-resolution optical projection unit to expose a uniform layer of photosensitive material, often referred to as photoresist, over a substrate. Working with a substrate size up to 914 mm x 914 mm, PRAXAIR CoArc 9910 opens the door for the production of sizes larger than other systems on the market. This photoresist machine also comes with an autoloader for up to 20 substrate cassettes of lengths varying from 200mm to 880mm, cutting down on the time needed for the ongoing production. CoArc 9910 is capable of working with lithography wavelengths from 365 nm to 113 nm, allowing for applications from a range of industries. Its 5-channel spin coater allows for separate processes on multiple substrates simultaneously, as well as independent pump and prime functions. PRAXAIR CoArc 9910 also contains an optional wafer sorter capable of handling up to 26 up to 8 inch or 25 up to 12 inch substrates of various sizes, with an option to attach a third transfer arm for a total of up to 39 wafers. Overall, the features of CoArc 9910 photoresist tool provide users with capabilities that exceed their industry peers. Its topnotch precision optical projection capabilities make it ideal for industries in need of high-resolution patterns on their substrates. From the medical device industry to the semiconductor industry, and many more, PRAXAIR CoArc 9910 is built to accommodate a range of application and is ready to assist companies in their micromachining projects.
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