High Energy Physics - Brochure
Solutions for Ultra‑High Vacuum and Extreme High Vacuum
Edwards Vacuum offers the full range of vacuum pumps and measurement instruments – from atmospheric pressure to ultra‑high vacuum (UHV) and extreme high vacuum (XHV). The portfolio spans from mechanical pumps to ion getter pumps.
Edwards is proud to set new benchmarks in science as an industry leader, delivering innovative products that are essential to everyday life.
- Oil‑free nXDS scroll pumps and nXRi/nXLi dry pumps
- nEXT and STP turbomolecular pump series
- T‑Station turbomolecular pumping stations
- Ion getter pumps (IGP)
- Gauges
Our Product Portfolio
- Forevacuum pumps
- Turbomolecular pumps
- Turbomolecular pumping stations
- Ion getter pumps
- Gauges
Dry-running vacuum pumps
Edwards’ dry-running vacuum pumps provide an excellent alternative to rotary vane pumps when oil‑free compression is required for your pumping processes.
The dry-running nXDS scroll pump delivers a pumping speed of 6 to 20 m³/h, offering lower ultimate pressures, reduced energy consumption, and lower noise levels.
The multistage, dry-running, high‑performance nXRi vacuum pumps are designed for pumping speeds from 30 to 120 m³/h—up to six times higher pumping speed than other dry pumps of comparable size, with an ultimate pressure below 0.03 mbar. The lower input power (450 W) and the maintenance‑free operation of the nXRi pump series enable significant performance improvements and cost advantages.
For the nXRi series 30/40/60/90/120, we offer the My Green Lab ACT Ecolabel certificate, making their direct environmental impact visible. This forms the basis for future product improvements at Edwards.
Turbomolekularpumpen
A turbomolecular pump is a multistage axial turbine in which rotor blades rotate at high speed to generate compression. It is ideally suited for molecular flow conditions and requires an appropriately sized forevacuum pump to exhaust gas against atmospheric pressure.
nEXT turbomolecular pumps are mechanically backed vacuum pumps available in pumping sizes of 55, 85, 240, 300, 400, 730, 930, and 1230. These pumps offer high serviceability and ease of maintenance for end users.
The nEXT M Maglev vacuum pumps are magnetically levitated turbomolecular pumps that deliver exceptional reliability and maintenance‑free operation for up to 10,000 cycles. They ensure clean and stable environments, which are essential for precision applications.
The STP series of Maglev turbomolecular pumps sets industry benchmarks for consistent and reliable performance. With a fully magnetically levitated rotor, these pumps are the preferred choice for applications requiring high uptime, hydrocarbon‑free pumping, minimal maintenance, and extremely low vibration.
Turbomolecular pumping stations
Our T‑Station pumping systems combine a turbomolecular pump, a selection of forevacuum pumps, and a simple control unit to deliver pumping speeds from 47 to 300 l/s, and they are ready for immediate operation.
The robust and compact design offers easy handling and low operating costs. The T‑Station can be equipped with different pump types: the latest oil‑free mXDS3s scroll pump (with double the pumping speed, improved ultimate pressure, and an inlet valve), the dry‑running XDD1 diaphragm pump, or the oil‑sealed E2M1.5 pump.
Edwards offers also XL size turbomolecular pumping stations that provide pumping speed up to 930 l/s and choice of dry backing nXRi multistage roots pumps that enables the range to pump from 30 to 90 m3/h.
Ion getter pumps (IGP)
Ion getter pumps are sorption pumps that ionize gases using an anode/cathode array. During the sputtering of reactive cathode materials, a chemical reaction is triggered that converts the ionized gases into solid compounds. These compounds no longer contribute to the pressure in the vacuum system and are permanently retained within the ion pump.
Ion pumps can operate in a pressure range between 10⁻⁵ and 10⁻¹² mbar and are available in sizes ranging from 0.2 to 1,200 l/s (nitrogen).
Precision Pressure Monitoring Solutions
Our gauges for indirect pressure measurement are ideal for low‑pressure environments and provide precise readings across a wide measurement range.
These measurement tubes adapt to different gas types to ensure accurate results. Discover our digital variants, which offer easy integration into digital systems for improved control.
The My Green Lab ACT Ecolabel
For sustainable products in laboratory and research environments
As part of our commitment to greater sustainability in research and industry, Edwards Vacuum participates in the international My Green Lab ACT Ecolabel program. We certify specific products to make their environmental impacts across various aspects transparent and to inform improvements.
The ACT Ecolabel was developed to increase the visibility of the environmental impacts of laboratory products. By emphasizing Accountability, Consistency, and Transparency in relation to manufacturing, energy and water consumption, packaging, and end‑of‑life considerations, the ACT Ecolabel makes it easier to identify more sustainable product choices. Products carrying the ACT Ecolabel are independently assessed by Verico and published by My Green Lab.
By participating in the ACT Ecolabel program, Edwards Vacuum takes another important step toward reducing the environmental impact of our technologies and providing our customers with transparent and reliable sustainability standards. Together, we contribute to making research and production more environmentally responsible.
24-27 March 2026, Munich
Analytica 2026
A world‑leading trade fair with tradition: Since 1968, analytica has been your reliable platform for the successful presentation of innovative laboratory technology, pioneering analytics, and forward‑looking biotechnology. As the most important gathering of the industry, it brings together the entire spectrum of laboratory‑related topics in both industry and research.
- Date March 24, 2026
- Location Munich
- Country Germany
- Venue Exhibition Area Munich
- Booth B1.103
- Exhibitor Profile
