Discover the complete range of Agilent Vacuum (formerly Varian) ion getter pumps. These ultra high (UHV) and extreme high (XHV) vacuum ion pumps feature mini and small VacIon pumps, medium and large VacIon Plus pumps, titanium sublimation pumps (ion CombiTSP), and ion CombiNEG pumps. We also supply ion pump controllers and ion pump accessories.

Find out more about the Agilent (Varian) VacIon Plus 75 L/s ion pump for UHV/XHV accelerator applications supporting critical academic and high-energy physics (HEP) research. It delivers the highest pumping speed of all our medium ion pumps, in the same compact size. Available customer-selected options ensure easy system integration.

了解更多关于 Agilent (Varian) VacIon Plus 75 L/s 离子泵用于支持关键学术和高能物理 (HEP) 研究的 UHV/XHV 加速器应用的更多信息。在所有中型离子泵中，该泵以相同尺寸提供最高抽速。可供客户选择的选项可确保轻松实现系统集成。

For over fifty years, SAES has been the leader supplier of Non-Evaporable Getter (NEG) pumps and cutting-edge vacuum solutions. Our NEG pumps utilize advanced chemisorption and absorption principles, offering unparalleled performance across a wide range of vacuum levels, from high vacuum (HV) to ultra-extreme high vacuum (UHV-XHV).

2024年2月12日 · The NEXTorr® UHV pumps are compact Ultra High Vacuum pumps that efficiently combine a sputter ion pump (SIP) and a Non Evaporable Getter (NEG) pump into a vacuum solution featuring high pumping speeds and capacities yet retaining a low weight and a minimal footprint. ... (Zr-V-Fe) NEG alloy, operating in the UHV/XHV field since the ‘90s ...

CX - Conventional diode XHV optimized 1 - 110 V 2V - Vertical DN40CF (2.75"CF) N - None SC - 10kV SAFECONN Ion Getter Pump 75S TITAN ION PUMP ... Ion Getter Pump 75S TITAN ION PUMP. 75SCX4DSCNN: CX - Conventional diode XHV optimized N - No Heater 4D - 2 ports DN63/40CF (4.5"/2.75"CF) ...

在涉及 UHV 和 XHV 的应用中，我们提供选择丰富的捕集离子泵以及非蒸散型吸气泵和钛升华泵，可达到 10-11 mbar 或更低压力。 用于高能物理的真空系统 用于同步、回旋和直线加速器的真空系统

fore pump that charges the main pump. Fore pumps, (sometimes called “backing pumps”) reduce the pressure to a level where HV, UHV and XHV pumps can take over to operate in a. safe, efficient and effective manner. However, pairing different types of vacuum pumps for. optimum performance is not straight forward. There are no off-the-shelf ...

The VacIon Plus 200 L/s pump delivers faster pumpdown (peak pumping speed: 10 –8 mbar) due to an optimized magnetic field and is ideal where UHV and XHV conditions are crucial. The pump undergoes a vacuum firing process to minimize hydrogen outgassing. Available with …

2020年12月22日 · Dry vacuum pumps are essential for UHV and XHV application. Pumps of choice would be scroll pumps, screw pumps and multistage backing pumps. The final choice would be dependent on pumping speed requirements. To achieve UHV, TMPs with a drag stage to pump light gases is a common choice.

Obtaining HV, UHV and XHV levels can only be effectively and efficiently obtained by using a fore pump that charges the main pump. Fore pumps, (sometimes called “backing pumps”) reduce the pressure to a level where HV, UHV and XHV pumps can take over to operate in a safe, efficient and effective manner.

Vacuum Pump Technology; 25S TITAN ION PUMP. 25SCV2DFINN: CV - Conventional diode N - No Heater 2D - 2 ports DN40CF (1.33"/1.33"CF) 1V/1H N - None ... CX - Conventional diode XHV optimized 2 - 240 V 2D - 2 ports DN40CF (1.33"/1.33"CF) 1V/1H N1 - 100NP - 100 l/s pressed NEG (25/45/75) ...

To achieve conditions in XHV, material selection, pump selection and component cleanliness massively influence your results. As a result, our experts search for and develop solutions for you to make your processes easier and even more efficient. For this reason, we offer you our metal-sealed CF vacuum components made entirely of aluminium in ...

Pumps for XHV Cryopumps Cry-condensation: pumping of a small number of physisorbed layers (2-3) on a cold surface-low pressure limited by the adsorbent vapor pressure at the pump’s temperature Cryo-sorption: pumping on cold (large surface area) absorbent surface-effective vapor pressure of the adsorbent given by the adsorption isotherm

The CombiTSP 300 integrates the VacIon 300 L/s pump, TSP cartridge, and TSP cryopanel to increase pumping speed in the same footprint. The gettering properties of the TSP cartridge deliver faster pump down to ultra high and extreme high vacuum (UHV/XHV) enabling lower ultimate base pressure.

pumps represent one of the most appealing option to UHV/XHV pumping, thanks to his large pumping speed and sorption capacity for several active gases (H2, H2O, CO, O2, N2, …). NEG pumps can also reduce the pump down and bake-out time and can keep a stable pressure level in UHV conditions even if the other pumping systems are switched off.

2013年2月1日 · XHV measurement story belongs mostly to the need of realization vacuum conditions corresponding to continuously decreasing pressure in the particle accelerators, storage rings and fusion systems [48] with continuously improved vacuum pumps until the chambers themselves became the pumps (getters strips). Two ways were followed related to hot or ...

Explore the VacIon 1000 L/s ion pump for ultra- and extreme high vacuum. It provides high pumping speed across a wide range of pressures for research and development labs. ... Diode elements are for general-purpose UHV and XHV where the highest hydrogen pumping speed is critical and the system is seldom vented or prone to atmospheric leaks ...

can make a beam pipe act as a UHV/XHV pump by coating the getter materials with the ability to adsorb/absorb gas molecules on the beam pipe surface [1, 2]. Alloys of tita-nium, zirconium, and vanadium have been selected as coat-ing materials [1]. In this technique, the NEG coating can be activated by a low baking temperature such as 180 .