Used KOKUSAI CQ1701 TC#1 #293597878 for sale

KOKUSAI CQ1701 TC#1 diffusion furnace utilizes a horizontally mounted boat configuration, and is manufactured as a semiconductor furnace with a wide variety of process capability. The TC#1 is well suited for low temperature diffusion and annealing processes at temperatures up to 1,100°C and is capable of achieve a maximum temperature of 1,200°C. With a current rating of 5A, it is capable of uniform temperature across the entire length of the 600mm quartz tubular heating chamber. It is also equipped with independently operating temperature zone sensors, allowing precise temperature control across the entire heating chamber. The CQ1701 TC#1 is designed with a powerful 2.2kW heater and features an advanced microprocessor-based control equipment for accurate temperature control. The control system is equipped with an in-line LED-alarm panel and an LED numeric readout display which clearly displays the chamber temperature values. Utilizing both a forced-air convection fan and a vacuum pump, the furnace is also capable of effective cooling of the internal chamber environment. The TC#1 comes equipped with a variety of accessories, including gas control panels, filters, pyrometers, flow regulators and various types of gas piping and tubing. The gas control panels feature a 2-stage gas delivery unit for precise control of both inlet and outlet pressures, thus allowing for greater process accuracy. The filters ensure purified air is entering the chamber and can meet SPC/SEMI standards for temperature uniformity. Additionally, the TC#1 is capable of both manual and automatic controls, further enhancing the process accuracy and reliability. In sum, KOKUSAI CQ1701 TC#1 diffusion furnace is an extremely reliable and accurate semiconductor furnace, offering superior performance in low temperature diffusion and annealing processes. The advanced microprocessor-based control machine, high-end components, and variety of accessories make the CQ1701 TC#1 an excellent choice for various semiconductor processes.