nEXT Mechanical Turbomolecular Pumps
nEXT turbo pumps range - built on decades of experience
A turbomolecular pump is a multistage axial-flow turbine in which high speed rotating blades provide compression by increasing the probability of gas moving in the pumping direction. The turbomolecular pump is optimised for molecular flow conditions and requires a suitably sized backing pump to exhaust to atmosphere.
nEXT has been designed to combine all the latest technological advances in turbomolecular pumps offering pump sizes of 55, 85, 240, 300, 400, 730, 925 and 1250 l/s pumping speeds for Nitrogen.
These pumps provide end-user serviceability and deliver a truly class leading product.
Features of the nEXT turbo pump
- Superior performance with exceptional pumping speeds and compression ratios
- Proven reliability for peace of mind we have years of experience and a huge install base of turbopumps
- Flexible solutions with bespoke design service available
- Ease of use thanks to integrated intelligent controls
- Extended lifetime and low cost of ownership: the pumps are fully end user serviceable
- A large variety of standard variants for an enhanced customer choice
Edwards Presents nEXT Turbomolecular Pump Range
Edwards nEXT Rotation Animation
nEXT55 and nEXT85 turbo pumps
The nEXT55 and nEXT85 are the most compact of the nEXT range, these pumps offer pumping speeds of 55 l/s and 85 l/s for nitrogen.
By introducing variants that are mountable in any orientation and delivering the same performance characteristics and reliability as current pumps, provides those customers with applications where required, even more flexibility.
nEXT55 Turbomolecular Vacuum Pump
nEXT55 and nEXT85 Turbomolecular Vacuum Pumps
Edwards nEXT85 Turbomolecular Pump Oil Cartridge Replacement
nEXT85 turbomolecular pump
nEXT240, nEXT300 and nEXT400 turbo pumps
The nEXT240, nEXT300 and nEXT400 set the benchmark for scientific turbomolecular pumps, built on decades of experience and based on our tried and trusted EXT and STP ranges.
With these long established models we offer a wide variety of sizes and variants giving OEMs and end users a greater choice and the flexibility to tailor the most appropriate vacuum solution to meet their individual needs.
nEXT240, nEXT300 and nEXT400 Turbomolecular Vacuum Pumps
Edwards nEXT240/300/400 Turbomolecular Pump Oil Cartridge and Bearing Replacement
nEXT730, nEXT930 and nEXT1230 turbo pumps
With the nEXT730, nEXT930 and nEXT1230, we have extended the range of our nEXT platform with three larger pumps offering speeds significantly over 730 l/s and 925 l/s and 1250 l/s for nitrogen. We have now taken these larger pumps a step further and can offer new high compression variants suitable for UHV applications and high throughput variants for harsh industrial applications. With these long established models we offer a wide variety of sizes and variants giving OEMs and end users a greater choice and the flexibility to tailor the most appropriate vacuum solution to meet their individual needs.
These compact pumps are able to operate in any orientation* and are supported by a full range of accessories for cooling, venting, powering and control.
As well as addressing the general R&D market, where faster pumping speeds are sometimes required, these pumps are also designed to meet the requirements of the coating market and other diffuse market sectors such as Heat treatment, Furnace applications, E-beam welding, Etch, Ion implant, Degassing and Cylinder evacuation.
* For nEXT1230, inverted option only
Edwards nEXT730/nEXT930 Turbomolecular Pumps Overview
Edwards nEXT730/930 Turbomolecular Pump Bearing Module Replacement
nEXT730, nEXT930 and nEXT1230 Turbomolecular Vacuum Pumps
nEXT1230 Turbomolecular Vacuum Pump
nEXT Split Flow turbo pumps
The nEXT Split Flow 200200D, 20020BID, 60/30D, 60/30 ID, 300200D and 300200BID turbomolecular pumps have been developed for projects where a lack of space, or complex vacuum requirements are needed across multiple pumps.
They work by splitting vacuum outputs across multiple ‘inlets’ that can each be programmed to operate independently. This makes them ideal for complex or intricate operations, or where deploying multiple stand-alone turbo pumps wouldn’t be practical due to a lack of space.
As well as offering OEMs and end users an even greater degree of flexibility, they also deliver better energy efficiency, as well as lower initial capital outlay when compared to deploying separate turbomolecular pumps.
See our products in action!
EDWARDS CUSTOMER TESTIMONIAL
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