Used MKS Pico #9143202 for sale

MKS Pico is a commercial, high-end, precision etcher / ashler used for semiconductor processing and other material surface micro-patterning. It uses advanced etching and ashing techniques for ultra-precise patterning with the highest uniformity and repeatability, while maintaining the highest throughput and increased productivity. Its high-precision process module is optimal for producing the finest features possible in extremely thin materials. Pico is a market-leading etcher / asher featuring a single gas pass-through, dual-barrel configuration for two simultaneous plasma processes. The system uses advanced imaging technology to accurately and reliably obtain detailed feature information and then precisely and uniformly etch or ashe the surface of the material. MKS Pico is a versatile etcher / asher that can be used for both in-situ and ex-situ applications. It is capable of processing a variety of materials including silicon, aluminum, quartz, and more. The process is precise, reliable, and repeatable, providing excellent uniformity across a wide range of materials. Pico is also highly efficient, requiring only short process times and low power consumption. This makes it an ideal choice for large production orders where high throughput and cost-effectiveness are key requirements. The system also features sophisticated operator control software. This enables the user to monitor and adjust process parameters in real time, ensuring maximum performance and efficiency. Additionally, the software can store multiple process recipes, allowing for quick setup and processing able to transfer data to post-processing tools for further analysis or analysis in alternating cycles. MKS Pico is a reliable, powerful, and easy to use etcher / asher. Its features make it an ideal partner for any high-precision surface-processing operation. Its precise, repeatable results, high throughput, low power consumption, and advanced operator controls make it an ideal choice for efficient and accurate patterning of materials.