Power Skiving of Small Gears

Date Oct 13, 2020
Location
Gear Trainer Webinar
Language English, German
Level Basic
Process Power Skiving, Gear Process Theory
Provider Gleason
Price Tags Free of Charge

Power Skiving of Small Gears

Planetary gearboxes with involute as well as non-involute profiles and module dimensions smaller 0.8 mm are increasingly used in gearboxes in robotics and electric drives. Power Skiving is an innovative cutting process for the production of internal gears and sun shafts with limited runout. In many cases, quality of power-skived ring gears is superior to shaped or broached results. In addition, Hard Power Skiving with its high quality finish is a cost-effective alternative to traditional finishing processes.


Gear Trainer Webinars cover a variety of topics on bevel and cylindrical gear manufacturing technology, including gear and transmission design and simulation, soft cutting and hard finishing processes, metrology, tools, workholding, software and 4.0 production systems. The webinars include a mix of different media including live demonstrations of processes and software applications. Gear Trainer Webinars are moderated live by gear technology experts including the possibility to ask questions via the integrated chat. Within 30 minutes, our gear-cutting experts get to the bottom of the issues, and any questions raised are addressed in the following Q&A session.

Participant data of Gear Trainer Webinars is treated confidentially and will not be published. Participation in the Gear Trainer Webinars is free of charge.

 

English language
JST 04:00 - 04:45 pm (Tokyo)
CST 03:00 - 03:45 pm (Beijing)
CET 09:00 - 09:45 am (Brussels)
EST 03:00 - 03:45 am (New York)
Ideally suited for participants in Asia-Pacific and Europe.

Registration

 

German language
JST 05:00 - 05:45 pm (Tokyo)
CST 04:00 - 04:45 pm (Beijing)
CET 10:00 - 10:45 am (Brussels)
EST 04:00 - 04:45 am (New York)
Ideally suited for participants in German-speaking countries.

Registration

 

Registration closes 1 hour beforehand.