Used TRYMAX NEO-3000 #9289373 for sale

TRYMAX NEO-3000
Manufacturer
TRYMAX
Model
NEO-3000
ID: 9289373
Vintage: 2010
Reactive Ion Etcher (RIE) 2010 vintage.
TRYMAX NEO-3000 is a new photoresist equipment featuring advanced alignment and photoresist processing capabilities. The system is a robust and reliable solution for photolithography applications, offering efficient and precise processing. It is designed to provide high-quality results, reducing cycle time and maximizing throughput. NEO-3000 unit uses a proprietary optical lens machine. This tool has been designed to provide superior light throughput and increased image resolution, enabling intricate photomasks to be accurately and precisely processed. The asset also features advanced alignment capabilities, helping to ensure optimal results. TRYMAX NEO-3000 also includes a sophisticated micro-stepping axis control module. The module enables precise and frequent control of the model's lens equipment, as well as motion control and high-precision autofocus. This helps to ensure that the correct amount of photoresist is applied, and that patterns are accurately processed. The system's software makes the job of setting up and controlling the unit simpler and more efficient. It is a user-friendly interface, with a graphical user interface permitting easy parameter adjustment and monitoring of operations. Moreover, it is equipped with a database that helps to store and organize process data, and with built-in recipes so that operations can be quickly and accurately repeated. Additionally, NEO-3000 is compliant with CE and RoHS requirements, and comes with an additional range of replacement parts and accessories so that the machine can be quickly and easily upgraded as needed. In summary, TRYMAX NEO-3000 is an excellent photoresist tool, suitable for a wide range of photolithography applications. It features advanced optical design, sophisticated motion control, a user-friendly interface, and high-precision autofocus. It is both reliable and efficient, with the ability to acquire high-quality, low-cycle results at busy facilities.
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