Used EUGENE BJM1000 #9267262 for sale

EUGENE BJM1000 is a high-quality diffusion furnace designed for use in both research and industrial applications. The furnace's main chamber is constructed of ceramic mortar and is ideal for experimenting with different temperatures and atmospheres. The furnace is housed in a durable stainless steel casing that has double walls for increased insulation. BJM1000 is designed to perform evaporation and diffusions processes, as well as vacuum sealing services. This enables the diffusion of both gases and vapors into all kinds of substrates. This can include metals, plastics, and ceramics. The unit also comes with an integrated vacuum pump to help draw in gases and vapors to create pressures that are beneficial for the diffusion process. The main chamber of EUGENE BJM1000 can reach temperatures up to 1000°C and can be controlled either manually or via the integrated controller. This controller also comes with a digital readout for precise temperature readings. The areas surrounding the chamber are also insulated to help reduce thermal losses. The main chamber comes with several interchangeable accessories allowing the user to perform more specific tasks. These include a blanket holder, a heating block, and various other accessories. The blanket holder is designed to hold and heat thin rectangular substrates under a blanket and is ideal for surface coating or other processes involving thin substrates. The heating block is designed to hold small diameter substrates, such as wafers, and is ideal for a variety of metallization processes. BJM1000 includes an exhaust assembly that is designed to filter and exhaust any potentially dangerous byproducts, such as carbon monoxide. It also has safety features designed to ensure that any dangerous temperatures are avoided. The furnace also has various interlocks, such as the furnace door lock, that prevent any accidental openings during operation. Overall, EUGENE BJM1000 is a top-of-the-line diffusion furnace and set of accessories, designed for both research and industrial applications. Its design and sophisticated control system allow for precise temperatures and environment conditions to be reached, while its integrated safety features ensure that any potential hazards are avoided.