Used ALCATEL / ADIXEN / PFEIFFER M2000A #89862 for sale

ALCATEL / ADIXEN / PFEIFFER M2000A is a powerful turbomolecular pump designed for industrial and scientific use. This pump is a versatile, cost-effective solution for applications in vacuum technology and manufacturing processes across many different industries. ADIXEN M2000A is a single-stage, dry pump with a patented magnetic bearing drive system. This unique design provides maximum efficiency and reliability as there are no major wear components such as bearings which need to be replaced. The truly draining constructions minimizes any contamination, while the pump's robust construction allows for a long lifetime even in the most demanding applications. The pump's operational principles involve the concept of momentum transfer, with the use of a rotating rotor and stationary stator blades. This kinetic energy is then used to accelerate and pump away molecules from the vacuum chamber, creating a pressure differential between the inlet and outlet of the pump. It is capable of reaching ultimate pressures as low as 5 x 10-7 mbar, and has a speed range of 600 to 50,000 l/s, allowing it to suit various different application requirements. ALCATEL M2000A has an integrated controller which helps to regulate the pump and its cooling system, as well as offering remote access for monitoring and controlling. A large variety of accessories, such as flanges and exhaust tubes, are available in order to suit a range of applications. M2000A forms part of ADIXEN Vacuum Collection, and has the capacity to be integrated into ARC formed systems. This allows for multi-pumps control, data acquisition and logging, as well as remote control. Overall, PFEIFFER M2000A is a versatile, cost-effective turbomolecular pump which is built to last even in the most demanding industrial and scientific applications. It is capable of reaching extremely low vacuum pressures, and its integrated controller allows for easy monitoring and controlling. This makes ALCATEL / ADIXEN / PFEIFFER M2000A an ideal choice for a variety of different vacuum-application scenarios.