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E-Drive Days and Gear School on   Coniflex Pro                      Catering to the E-Bike Trend
           the Road
                                             In 2023, Gleason  introduces      An estimated 40 million e-bikes are
           During the years 2022-2024  Gleason   the  Coniflex  Pro Design and   sold worldwide in 2023,  representing
                                                       ®
           will host several “E-Drive Days”     Manufacturing System to improve the   a significant increase  compared to
           events to inform customers about the   traditional straight bevel gear cutting   previous years.  Gleason’s 100H
           latest developments in e-mobility.   process, using Coniflex Plus cutters   and 100PS hobbing and power
           Based on the classic Gear School   with Pentac blades for high-speed dry     skiving machines integrate additional
           in Rockford, IL, USA, Gleason     cutting with reduced cutting times and     processes to finish high- precision
             develops another training  opportunity   increased accuracy.      e-bike parts, including gears, geared
           to  consider travel restraints of                                   shafts and clutches.
             participants: the new “Gear School on
           the Road” (GSOTR) will take place in
           major industrial hubs across the USA
           to offer local gear technology training.







                                                                               Measuring at Nano Precision

                                                                               In 2022, Gleason presents the first
                                                                               of its new line of metrology systems
                                                                               providing customers with the ability
                                                                               to measure tooth surface quality at
                                                                               sub-micron level.

























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