Clare, West Sussex, UK (April 12, 2012) - Edwards, a leading global supplier of vacuum and exhaust gas treatment technologies, has introduced a new line of scroll vortex pumps for use in scientific instruments, laboratories and research industries Can provide excellent performance, and set a new standard for similar products. The new nXDS pumps are more reliable and require less maintenance than comparable products, resulting in shorter downtime and lower cost of ownership. nXDS pumps have less environmental impact and allow users to reduce their carbon footprint. Edwards' nXDS pumps deliver superior pump down time, higher ultimate vacuum and optimized design features with the highest performance in their class. nXDS is a true dry pump, completely free of oil or grease in the pump body. As a dry vacuum pump, nXDS has many advantages over oil-sealed pumps because users can benefit from low maintenance by eliminating the need for regular oil changes. nXDS pump uses advanced vortex design and end-sealing technology, with longer life than other products. End-of-life of up to five years, which significantly increases the use of time and reduce the cost of use. nXDS is also easy to maintain, minimizing downtime and saving on usage costs. Use an Allen wrench on site to change end seals within 10 minutes. The nXDS pump features intelligent control, automatic control modes including serial, USB, remote parallel and analog control, as well as simple manual up / down buttons for manual operation. Full serial communication mode provides feedback on pump health, enabling scientists to optimize processes and easily schedule routine maintenance. The nXDS pump also features a preventative maintenance mechanism that prompts you through the lights on the control panel when maintenance is required. nXDS pumps are easy to install and use, and are maintenance-free after installation and provide excellent performance for years. With only 52dB (A) of noise, it operates extremely quietly in the lab, reducing noise by up to 20 times compared to some comparable pumps. The nXDS pump has a standby mode that reduces energy consumption, allowing users to set the speed from 66% to 100% of full speed. Therefore, users can save costs while reducing their carbon footprint. Ian Olsen, Marketing Manager for Scientific Instruments at Edwards, said: "The next generation pump is a big step forward for vacuum pumps in scientific instruments and related markets. The nXDS pump is based on the proven Edwards XDS scroll dry pump technology , Dramatically improving performance and adding more features Green Certificates and low cost of ownership make it the small dry pump of choice for today's most technologically advanced applications, saving users time, energy and costs. "Users can Choose from four models to best suit their pump down requirements, the nXDS6i, nXDS10i, nXDS15i, and nXDS20i deliver excellent pumping speeds between 6 m3hr-1 and 20 m3hr-1 as well as leading vacuum levels in their class , Especially the 10i and 15i models, with ultimate vacuum below 10-2 mbar. Pump with a gas-operated valve to handle large volumes of water vapor easily. nXDS pumps deliver outstanding performance in applications such as wire harness and high-energy physics, turbo-molecular pump preamps, distillation, extraction and filtration, freeze-drying, solvent recovery, rotary and centrifugal evaporators, sputtering, SEM and focused ion Bunch, conventional test bench and clean evacuated.
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