Agilent is able to offer a range of vacuum pumps starting from atmospheric pressure until better than 0.5 mbar (abs).. This is thanks to a complete rotary vane single stage pumps portfolio with a sizing from 4 m3/h till more
Agilent Large Rotary Vane Pumps & Roots Systems is a complete family of Industry Leading Vacuum Performance Pumps ideally suited for use in combination with Agilent Turbo and Diffusion pumps or with HV pumps of any other manufacturer in applications
Plug and pump, fully integrated portable vacuum solutions. Agilent Turbo Pumping Systems are a reliable and cost-effective solution of producing high vacuum. The systems are fully assembled, fast-starting, can be easily customized and are built around Agilent core products, TMPs
Agilent Turbomolecular Pumps is a complete family of high performance pumps designed for reliability and optimum performance in most demanding research, industrial and analytical markets applications. Our pump range meets market quality standard and includes customized solutions such as multiflow
Agilent has an unequalled wealth of experience in the field of high- and ultra-high vacuum technology. Ion pumps, Diode – Triode and Starcell series and the VacIon Plus, a complete family of ion pumps, controllers, options, and accessories, designed
Agilent has earned its position as the leading diffusion pump manufacturer in the world by listening to customer needs and by continuously improving the performance and reliability of our benchmark designs. Throughout our more than forty years of leadership in
Agilent offers a complete family of Dry Scroll Pumps ranging in pumping speeds from 3 to 48 m3/h (50 to 800 l/m). Agilent Dry Scroll Pumps are an oil-free technology which offer a clean, environmentally friendly method of creating medium
Agilent Rotary Vane Pumps is a complete family of oil sealed rotary pumps designed to cover the most demanding industrial and scientific applications. The Rotary Vane Family includes Dual Stage, Dual Stage Inverter Driven and Single Stage Inverter Driven Pumps.