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  • Steam Ejector Pumps And Ejectors & Steam Ejector Theory
    Steam ejectors are designed to convert the pressure energy of a motivating fluid to velocity energy to entrain suction fluid and then to recompress the mixed fluids by converting velocity energy back into pressure energy. This is based on the theory that a properly designed nozzle followed
  • Tool Presetter Benefits Ejector Seat Manufacturer
    An automated tool presetter from Speroni, Italy, supplied through NCMT, has reduced the variability of machining processes at the Denham factory of Martin-Baker, a manufacturer of ejector seats. According to production engineer, Andrew Jay, the greater precision with which cutters are preset
  • Recent Experience of Mechanical Vacuum Pumps Replacing Stem Ejectors in VOD and VD Processes (.pdf)
    Investment in steel vacuum degassing processes, both in new plant and upgrades of existing plant, is continuing as steel companies see the opportunity to increase the value added component of their products by improving quality and supplying more specialty grade steels.
  • TUCSON, AZ Have you ever wondered about the use of flex-tensional ejectors to deposit photoresist on a wafer, or about self-refreshing, "popping" chemical-mechanical polishing (CMP) pads? What about the role of supercritical CO ) in a variety of IC processes? Or the possibility of reducing waste
  • Q&A: How Can I Improve My Pull-Down Time?
    An ejector is a 'mass-moving' device that is designed for one narrow operating range, and it. decreases in performance on either side of its design point. That's why an additional, larger. hogging ejector is generally designed to have peak performance at 1O"HgA, whereas the. holding ejector ¡s
  • Electromagnets Reject Residual Magnetism
    Electromagnets are designed with ejector pins to enable them to overcome the problems of residual magnetism occurring when power to the device is switched off. A new range of electromagnets from Geeplus have been designed with ejector pins to enable them to overcome the problems of residual
  • Medical Device Link .
    that activate six double-action spreading jaws and six single-action ejector jaws. When air pressure is applied to the first piston, six parallel jaws spread the O-ring, stretching it evenly in a hexagonal shape that minimizes the deformation caused by expansion. The operator of the gripper can adjust
  • Robust Vacuum Solutions in Biomass Processing (.pdf)
    ), is the next step in the design. Wet technologies include liquid ring vacuum pumps, steam, ejectors and oil-sealed pumps. Dry technologies include claw, screw and Roots mechanisms and air ejectors. Correct system design is the concluding step in ensuring mechanical, electrical and regulations and standards

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