Used FIRSTNANO EasyTube 3000 #293668360 for sale

FIRSTNANO EasyTube 3000 is a diffusion furnace and accessories tool that provides a revolutionary and efficient approach to crystal growth. This system is ideal for crystal growth, annealing, and processing applications. EasyTube 3000 is capable of providing accurate temperatures up to 1650°C with fast heating rates, which helps maximize process efficiency. This is possible thanks to the embedded single-line Molybdenum-Rhenium (Mo-Re) heating elements and ceramic fiber insulation. These components offer excellent heat stability and ensure proper optimization of process parameters for a variety of substrates, including silicon and sapphire. FIRSTNANO EasyTube 3000 also features a graphite tube for better thermal uniformity and precise temperature control. This allows a greater degree of accuracy, enabling tighter process windows and improved quality. In addition, the highly efficient cooling cycle minimizes thermal stress and prevents device degradation. EasyTube 3000 includes a suite of intelligent accessories, including an integrated vacuum system for controlling atmosphere, digital sensors for data acquisition, and real-time control software for automated operation. These accessories streamline data acquisition and analysis, allowing for in-depth characterization of the process parameters. FIRSTNANO EasyTube 3000 is ideal for a wide range of applications, including thin-film deposition by evaporation, sputtering, and CVD processes. The graphite tube design and low thermal mass help minimize parasitic losses, improve thermal protection, and maximize yields. In addition, EasyTube 3000 features a robust construction with durable materials and components that ensure reliable operation and longevity. This reduces downtime and provides a cost-effective solution that enables reliable crystal growth and device processing. Overall, FIRSTNANO EasyTube 3000 is an efficient and reliable solution for crystal growth, annealing, and processing applications. By leveraging key features such as a graphite tube design, efficient cooling, intelligent accessories, and robust construction, this system is capable of providing accuracy, throughput, and yields that enable superior performance.