Used OXFORD Plasmalab 100 #293591996 for sale

OXFORD Plasmalab 100 etcher/asher is a sophisticated precision instrument designed for applications in a wide range of etching and ashing processes. It has been developed to provide the highest level of performance and accuracy, as a result of its advanced control and process parameters. Plasmalab 100 is a fully enclosed chamber equipment, with a vacuum load lock. This load lock improves thermal stability, whilst helping to reduce the risk of particle contamination. It also ensures that the desired minimum pressure is maintained for the etching and ashing processes to take place. This system allows for rapid transfer of substrates and components into the treatment chamber, making the unit particularly suitable for high throughput applications. OXFORD Plasmalab 100 offers a range of substrate warmth control technology to ensure accurate and consistent substrate temperatures. As a result, it can provide superior temperature stability when etching and ashing more challenging materials. Additionally, the unit has a linear grid scanner, enabling precise and metrologically optimized etching of components. Plasmalab 100 also offers the option of optional remote control. This feature allows users to access their data and processes remotely and enables more detailed on-site support. On-site support is further enabled by the integrated Microsoft Windows-based software application, providing easy control and data management. The etching and ashing machine is further supported by a range of optional accessories and consumables. This includes dedicated cleaning solutions for the chamber and load locks, ensuring an optimal working environment and tool longevity. Additionally, there is access to a range of sample processing kits, for applications such as the use of Nitrogen, Argon and Helium beam sources. Overall, OXFORD Plasmalab 100 etcher/asher has been designed to meet the needs of highly demanding etching and ashing processes. Its range of advanced features offers superior control and accuracy, making it an ideal tool for applications requiring precision results.