Used OXFORD 133 ICP 380 #9375017 for sale

OXFORD 133 ICP 380 is an advanced, state-of-the-art, dry-etching and asher equipment for the production of circuits, masks, and photomasks. It can be used in a wide range of semiconductor applications such as microelectronics, photonics, biotechnology, and microfabrication. 133 ICP 380 incorporates an Impedance Controlled Process (ICP) technology, which is capable of achieving superior etch-rates, precision, and accuracy for higher throughput and yield. The all-in-one system features a powerful etching chamber, precision laser optics, high-speed robotic wafer handling, razor-sharp rollers and knives, and an intelligent vision unit for precise registration and positioning. The machine is designed to accommodate various wafer sizes and can easily be adapted for use in different applications, including MEMS, bioMEMS, and nanoMEMS. It offers precise control over etching and ashing processes, including etch rates, layer thickness, depth control, and surface finish. OXFORD 133 ICP 380 features an advanced ICP cooling tool that enables the optimal product yield and repeatability. Additionally, the asset is equipped with a built-in chemical purifier, which is capable of stabilizing the etch-rate and controlling contaminants to produce superior quality results. Moreover, the integrated computer-controlled process monitoring model enables real-time data acquisition to help minimize product defects. 133 ICP 380 is capable of producing superior results even for the most demanding applications. It offers high accuracy, repeatability, and consistency, enabling precise manufacturing of components with a high level of reliability and quality. Moreover, its intuitive, user-friendly interface simplifies the setup and adjustments needed for various etching and ashing processes. OXFORD 133 ICP 380 provides high-yield, high-resolution, and low-cost solutions for today's advanced electronics market. It is the ideal equipment for high-volume production of microelectronic micro-devices and components, featuring small footprints and low cost. Furthermore, the intelligent vision system allows for reliable positioning and repeatable processing, resulting in high yields and consistent quality.