Used BOC EDWARDS / SEIKO SEIKI QDP80 #85097 for sale

BOC EDWARDS / SEIKO SEIKI QDP80 is a high-performance, versatile vapor diffusion pumping system. Ideal for research and production environments, this reliable and dependable pump is capable of providing high-speed pumping performance and efficient throughput. Its robust and reliable design, economical operation, and high flow rates make it an excellent choice for a variety of applications. BOC EDWARDS QDP80 is designed for maximum performance and flexibility. The durable pump utilizes a two-stage, stainless steel dual-rotor compression system that produces high pumping speeds and ensures efficient transport of vapors or gases. The pump also features an advanced power system that is designed for minimized power consumption and allows for precise control of pump speed. SEIKO SEIKI QDP80 is highly durable and provides excellent service life. With its superior mechanical construction, it can be used in a range of environments and temperatures. Its design enables it to self-regulate its cooling capacity, further enhancing its operational efficiency. Additionally, QDP80 is designed to be used in high temperature and cooling applications, allowing for increased versatility. BOC EDWARDS / SEIKO SEIKI QDP80 is also equipped with advanced control and monitoring features. It features a digital display and control panel for precise monitoring and control. The computer controller and intuitive touchpad-based user interface enable quick, easy set up and operation of the pump. It can also be operated remotely for maximum flexibility. Moreover, BOC EDWARDS QDP80's advanced design reduces its noise output. The advanced chamber design and isolation vibration damping features reduce the pump's noise level by up to 75dB. This makes it ideal for use in a variety of operating environments that require low noise levels. Overall, the functionality, performance, and durability of SEIKO SEIKI QDP80 make it an ideal choice for laboratory, industrial, and research applications. Its robust design and reliable performance make it a great choice for a variety of applications, including those that require efficient throughput and precise control.