Used EDWARDS E2M2 #109338 for sale

EDWARDS E2M2 is a high-performance regenerative turbine pump specifically designed for high vacuum applications. It is a stand-alone unit that works as a vacuum pump and is often used to evacuate chamber and equipment pressure. This pump is a single-stage unit and is capable of both atmospheric and lower vacuum levels and is particularly useful for extremely high vacuum applications where conventional pumps are unable to reach the desired level of vacuum. EDWARDS E 2 M 2 utilizes the principles of a regenerative turbine to achieve low vacuum levels and is powered by an AC motor. It features a compact, integrated design with rugged construction for a long-term reliable performance. This pump features a single-stage regenerative turbine rotor and a backing pump, which helps to reduce the wear as well as maintain smooth operation. The single-stage design provides superior pumping speed and suction compared to two-stage pumps. The low maintenance and simple operation make it an ideal choice for both industrial and research laboratories. E2M2 has an effective and reliable gas ballast system with a high air-carrying capacity to address needs for process reliability. It is equipped with exhaust filtration unit, which filters the exiting air, protecting the vacuum machine by preventing dirt and foreign material particles from entering the tool and is built to meet ISO and other certification requirements. E 2 M 2 is suitable for both single and multiple-station vacuum systems and is manufactured with a range of accessories, including a cold trap and gas ballast kits, helping to maximize its performance. EDWARDS E2M2 is designed to operate quietly, ensuring minimal noise during its operation. Its oil-free construction eliminates the need for periodic oil changes, resulting in reduced downtime and lower maintenance costs. EDWARDS E 2 M 2 provides superior quality and durability, helping to reduce your long-term operating factor, making it a superior choice for high vacuum applications. Its exceptional capacity and ability to perform under extreme conditions make it an ideal choice for industrial and scientific applications.