Used HITACHI / KOKUSAI DD-1206V-DF #9281741 for sale

HITACHI / KOKUSAI DD-1206V-DF is a diffusion furnace and accessories used for advanced thermal processing. The furnace is designed with an advanced cooling equipment, as well as high temperature performance. It offers excellent temperature homogeneity, as well as low power consumption. The device features a double-stack ceramic liner, which helps increase the rate of thermal expansion and allows higher temperature uniformity. The furnace also features a high-temperature safety valve, a vacuum pressure gauge, and a pressure-sensitive safety button. HITACHI DD-1206V-DF furnace allows for precise temperature control, allowing for high heating rate and high temperature stability. It also features a process control interface which enables complete control of the heating process. The heating element of the device has an integrated microcontroller for accurate control. The device's self-diagnostic capabilities enable quick diagnosis of failures, which eliminates unnecessary downtime and increases reliability. This device also has a heating prevention system, which prevents overheating and thus lengthens its lifespan. This furnace has an operating temperature range of 600°C to 1350°C, with a control range of 100°C to 999°C. It also has three modes of furnace temperature control: range, step, and dwell. Additionally, KOKUSAI DD-1206V-DF furnace can accurately measure, control, and display temperature values. The heating chamber has a low-oxygen atmosphere, and a heating unit that creates a homogeneous temperature distribution. This diffusion furnace is widely used in industries such as aerospace, automotive, electronics, and medical sectors. The furnace is also widely used in epitaxial and wafer processes, making this an ideal device for laboratories. It features stainless steel construction for reliability and long life, and is supported by a comprehensive warranty. The advanced temperature control machine allows for smooth operation, fast heating up, and improved temperature homogeneity.