Used OPTORUN OTFC-1550 #9358381 for sale

OPTORUN OTFC-1550 is an advanced photoresist equipment based on advanced nanotechnology principles, capable of creating very smooth and intricate surfaces with a precision needed for integrated circuit fabrication. OPTORUN OTFC 1550 provides users with an accurate and reliable method of micro-fabrication, ensuring high quality research results. The system has been designed to accommodate both an ion beam and an electron beam, allowing a range of deposition techniques for the fabrication of small and delicate components. The photolithography feature of the unit offers exact control of features and thickness with reduced tooling time. OTFC-1550 has a highly capable hardware platform with advanced software tools. It supports a wide range of photolithography processes from standard wet resist to more advanced techniques including acid etch, spin coat, spray coat, and even direct writing. The machine's software is designed to automate and simplify fabrications by providing guidance to users in selecting accurate parameters and illustrating the effects of changes on the photolithography process. The tool also features data logging and analytics functionality for detailed tracking and analysis of process results. OTFC 1550 can reach working widths from a few nanometers to a few hundred microns with extremely high accuracy, making it perfect for the fabrication of devices with fine patterns and complex geometry. With the advanced feature size control feature, users can accurately control the length and width of a given feature, down to the nanometer level. The asset is also very effective with materials of extremely high resistivity, such as dielectric materials, allowing for intricate sequential lamination processes. OPTORUN OTFC-1550 is an excellent tool for those in the research, development, and manufacturing fields looking to achieve precise and highly accurate photoresist results. Its hardware, software, and advance nanotechnology capabilities offer great value and are sure to optimize process time, reduce fabrication costs, and drastically increase the quality of finished components.