Used ULVAC BCS-2000 #9313808 for sale

ULVAC BCS-2000 is a one-chamber evaporator that is used by a variety of industries for thermal processes. This evaporator is most notable for its high chemical & corrosion resistance, operating temperatures up to 1000°C, as well as very low evaporative loss. This unit uses a static vacuum process which allows for uniform heating and evaporative processes with minimal atmospheric contamination. The main components of BCS-2000 include a large base plate, a top lid, high-grade insulation to help protect against heat loss and a main chamber. Its primary features are the temperature and pressure sensing devices, allowing for effective and efficient temperature regulation during evaporation. There is also an embedded microprocessor with an easy-to-follow user interface which gives operators the ability to precisely monitor the performance of the evaporator. It also features built-in safety systems which ensure users can maintain a safe environment while working. ULVAC BCS-2000 is also suitable for the accumulation of different chemicals. Due to its large volume capacity, it has the ability to saturate large amounts of substances in a short period of time. It also has a built-in airflow cooling system to reduce heat loss. This system is able to keep a stated process temperature, helping to achieve the desired production results. BCS-2000 also has a wide range of available accessories, such as automatic valves, filters and condensers, to make the process even easier to operate and reduce the risk of contamination. The powerful motor design of the unit has the ability to maintain its temperature even during long processing cycles. This enables the temperature to remain constant and regulated with minimal energy loss. ULVAC BCS-2000 is a high quality evaporator capable of handling a variety of applications and achieving precise results. Its stabilizing temperatures provide reliable outcomes, and its automatic functions ensure safe operation. It is a highly versatile and reliable system for industrial evolution.