Used YAMATO CF 700 #9143771 for sale

YAMATO CF 700 is an industrial-grade batch furnace designed for processing various materials such as metals, ceramics, plastics, and polymers for a range of research and commercial purposes. It is a 1300°C, air-cooled Box Furnace with an efficient, low-energy, and highly reliable design that provides optimal heating and cooling capabilities. The standardized design of CF 700 enables easy installation and make it ideal for laboratory and small to medium-sized production applications. The furnace chamber is constructed of high-grade insulation materials to provide uniform thermal performance. The temperature controller of YAMATO CF 700 is a PID (proportional integral derivative) with a resolution of up to 0.1°C and accuracy of ±1°C. The operating temperature range is from 5°C to 1300°C with a maximum operating pressure of 0.5 bar. The heating elements of CF 700 are manufactured using a durable, high-quality molybdenum disilicide (MoSi2) construction that ensure long-lasting performance. It offers two separate heating systems that are independently controlled, allowing for a wide variety of heating profiles according to the needs of the application. YAMATO CF 700 also features an integrated liquid nitrogen cooling system which enables fast cooling. Furthermore, CF 700 is equipped with an advanced exhaust treatment system that allows for high-efficiency operation and an improved working environment. The furnace is also designed with an easily accessible door for quick and ergonomic sample loading / unloading. Safety is given utmost importance in the design of YAMATO CF 700, and it is fitted with an extensive set of alarms and safety interlocks to guarantee operational safety. The interior of the furnace chamber is monitored using an ultraviolet pyrometer to detect the presence of unwanted particles and to prevent any related hazards. Overall CF 700 is a reliable, efficient, and cost-effective furnace designed to meet the diverse needs of research laboratories and industrial applications. It offers accurate, repeatable temperature control and uniform heating mode, which make it an ideal choice for many thermal processing applications.