Used FULINTEC iRP #9379153 for sale

FULINTEC iRP is an advanced etcher and asher that brings together the latest technologies to create a reliable and high-performance toolset. With its revolutionary dry-etching process, it is able to achieve superior etching results with considerable cost savings. IRP is equipped with a variety of features and settings that make it a valuable ally in many etching and ashing operations. Its proprietary vacuum etching process, designed to provide a high pressure environment bundled with a precise control of temperatures and precise monitoring of etching parameters, helps increase throughput by over 60% compared to standard machines. Moreover, its multi-frequency tuning and waveform management makes dynamic tuning a breeze, enabling accurate and fast etching processes with minimal consumption of power and resources. FULINTEC iRP also features advanced optics components, allowing it to take images and scans of wafers and substrates with speeds similar or greater than those of traditional optical microscopes, thus improving the chances of detecting and analyzing defects within the wafers and substrates. Additionally, iRP has advanced control capabilities, allowing users to adjust their process parameters in accordance with their specific needs and preferences. The most important feature of FULINTEC iRP is its ability to perform wet etching, wet ashing, and other associated process operations, all of which can be conveniently done simultaneously or incrementally on the same machine. This facilitates the efficient management of process times and helps achieve even higher yields. Furthermore, iRP's ultra-high throughput makes it ideal for batch etching and ashing processes, drastically reducing manual labor costs. All in all, FULINTEC iRP is the perfect choice for any modern laboratory due to its superior etching and ashing capabilities, overall flexibility, and cost savings. Its powerful, advanced, and reliable features make it a great asset for the task of etching and ashing a variety of materials with just the best possible results.