Used HITACHI / KOKUSAI DJ-1206V-DF #9251676 for sale

HITACHI / KOKUSAI DJ-1206V-DF diffusion furnace is a superior solution for efficient processing of electronic materials. It features uniform heating and optimized control for top-quality results. The furnace is equipped with vacuum-getter pump and quartz-tube to hold reactive vaporized gas during heat treatment. These features, combined with the advanced high performance heating equipment and the efficient evaporation system, make this diffusion furnace ideal for a wide variety of applications. This furnace utilizes the efficient hot-wall construction method, which ensures uniform heating. With a maximum temperature of 1250° C and an accuracy of +/- 5° C, this furnace offers reliable thermal performance with each use. The resistance-heated vertical tube unit helps minimize temperature falls and provides uniform top and bottom heating. The top and bottom insulation layers ensure efficient performance. HITACHI DJ-1206V-DF diffusion furnace is equipped with a hot-wall method and quick vent valve. The gate valve enables quick venting and cooling of the machine that maintains the heat balance of the tool. This features ensure uniform heating and quick cooling. The quad-blade fan helps cool the walls in a short time to improve the temperature uniformity. This diffusion furnace also includes an efficient control asset with a power failure notification function. The control model helps monitor and record temperature settings, temperatures in multiple locations and time parameters. This feature helps perfect operating management and control the heating rate and profile, so that precise temperature uniformity in each run is achieved. KOKUSAI DJ-1206V-DF diffusion furnace is a simple yet effective solution to attain precise results with top-quality performance. The temperature uniformity and quick cooling, coupled with advanced control equipment, makes it suitable for a wide range of diffusion applications. This reliable system gives users the confidence that they are able to achieve their diffusion process goals with accuracy and efficiency.