Used CTI-CRYOGENICS 9600 #293664872 for sale

CTI-CRYOGENICS 9600 is a precision, multi-stage, cryogenic vacuum pump developed for both laboratory and industrial applications. CTI-CRYOGENICS CRYOGENICS 9600 is capable of achieving a maximum pumping speed of 2,000 liters/second, producing a deep, high vacuum for a wide variety of processes. It is the most advanced pump on the market in its class, providing superior performance and reliability. 9600 has a number of important features, such as a streamlined, single-sided modular design that makes maintenance and installation easy. It also includes a high-efficiency, counter-rotating double-blade rotor, with a tapered, contoured design. This rotor enables CRYOGENICS 9600 to achieve the highest levels of vacuum levels with increased efficiency, while reducing power consumption. CTI-CRYOGENICS 9600 is also equipped with an advanced power-management system. This system can provide efficient start-up timing and protection when the system is operating in low-power modes. The pump also features a number of sophisticated sensors and algorithms, allowing it to adjust its operation and pressure levels based on environmental conditions. CTI-CRYOGENICS CRYOGENICS 9600 also features a full array of accessories that make installation and maintenance easier. The pump includes an integrated controller and a variety of pressure sensing points to allow for accurate, continuous pressure monitoring. Additionally, 9600 comes with an oil-free purge port, a pre-assembled suction fitting, and other accessories that enable quick assembly of the pump and reduces maintenance time. CRYOGENICS 9600 has a number of advantages, from its low power consumption and modular design to its sophisticated power management and cooling systems. These features make it an ideal choice for both laboratory and industrial applications, where reliable operation, precision performance, and reduced maintenance are important. CTI-CRYOGENICS 9600 is reliable and capable of achieving thehighest levels of vacuum for the most demanding processes.