Used ASYST / PST Melitas F303VD #9282483 for sale

ASYST / PST Melitas F303VD Diffusion Furnace and Accessorie is a reliable and secure apparatus used to improve product quality. This robust and automated equipment is designed to perform four simultaneous diffusion processes at temperatures ranging from 200 C - 1400 C. The system is ideal for semiconductor research and production and is equipped with many features that ensure maximum efficiency and safety. PST Melitas F303VD features four programmable heat zones, each containing multiple diffusion sources. Each of these diffusion sources can be used simultaneously with different temperatures, allowing for faster and more efficient operations. Additionally, each diffusion source can be fitted with a range of the additional components, such as quartz or ceramic resonators, mesh loaders, and a multitude of crucibles. With this setup, the unit is capable of accommodating various heating requirements. The furnace is also designed to be highly user-friendly. It is equipped with a full color graphical user interface, making operation straightforward and intuitive. Additionally, a secure Ethernet connection enables users to remotely control and monitor operations from any compatible device. This allows for monitoring and controlling of all processes from a single connected interface. For added safety, ASYST Melitas F303VD features advanced safety technology. This includes an intuitive safety protocol that monitors pressure, temperature, and other essential parameters. It also includes safety devices, such as alarm systems and automatic shutoffs. In the event of a malfunction, these safety mechanisms are designed to protect personnel and equipment from injury. Melitas F303VD Diffusion Furnace and Accessorie is an excellent piece of equipment designed to provide reliable and secure diffusion processing. It is equipped with advanced features that make operation intuitive while providing maximum safety and efficiency. With its rugged and automated design, this machine is ideal for semiconductor production and research applications.