Used FEI Nova NanoLab 600 #9357430 for sale

FEI Nova NanoLab 600 is an advanced ion milling equipment designed to remove substrate layers in order to create nanostructures on the surfaces. This system is capable of extreme precision milling down to the atomic level and can be used to create features ranging from a few nanometres to several microns in size. The unit consists of a high-velocity ion source, a high-resolution imaging machine, an electronic controller, and a vacuum tool. The ion source is responsible for the ion beam which is accelerated to high speeds in order to effectively cut away material from the substrate. The imaging asset captures images of the sample as it is being milled in order to ensure accuracy. The electronic controller monitors the voltage and current applied to the ion source to ensure precise control of the process. Finally, the vacuum model is used to control the level of atmospheric contamination and to remove any ablated particles from the workspace. The NanoLab 600 can be used to mill a variety of materials including metals, alloys, ceramics, polymers, semiconductors, and even biological samples thanks to its high-resolution imaging equipment. The ion beam is engineered to remove nanometre-scale layers at speeds ranging from 1 to 10 micrometres per second and is capable of variation in both voltage and current, allowing for swift and accurate milling. It provides users with complete control over ion beam parameters, such as energy, beam current, pulse width, and repetition rate, allowing great precision of feature size and shape. The system features advanced user-friendly operating software which guides users through setup, process control and data acquisition. Furthermore, the software is compatible with current CAD software, enabling users to import designs into the unit for milling. In conclusion, Nova NanoLab 600 is an advanced, precision ion milling machine which offers stable and accurate milling of substrates down to the nanometre scale, making it ideal for a wide range of applications.