• TOPICS
    • Design
    • Manufacturing
    • Inspection
    • Heat Treating
    • Lubrication
    • Materials
    • The Gear Industry
    • Gears by Type
  • MAGAZINE
    • Current Issue
    • Departments
    • Archives
    • Subscribe
    • Advertise
  • NEWSLETTER
    • Subscribe
  • VIDEO
    • Gear Technology TV
      • Ask the Expert Live
      • Revolutions
    • Industry Videos
  • BLOGS
  • BUYER'S GUIDE
  • NEWS and EVENTS
    • Product News
    • Industry News
    • Events
  • ADVERTISING
    • Brand Awareness
      • Print: Display Advertising
      • Online: Web Banners & Keyword Banners
      • Online: Native Advertising (Sponsored Content)
      • E-mail: Custom, White Papers & Webinars
      • E-mail: Newsletter Sponsored Content (Native Advertising)
    • Response & Lead Generation
      • Online: Sponsored Content (Native Advertising)
      • E-mail: Newsletters
      • E-mail: Newsletter Sponsored Content (Native Advertising)
      • E-mail: Custom, White Papers & Webinars
      • Online: Buyers Guide
    • Print Advertising
      • Print: Display Advertising
      • Print: IMTS Showstoppers
      • Print: Buyers Guide
      • Print: Manufacturing sMart
      • Print: Specifications
    • Online Advertising
      • Online: Web Banners & Keyword Banners
      • Online: Native Advertising (Sponsored Content)
      • Online: Buyers Guide
      • Online: Specifications
    • E-mail Advertising
      • E-mail: E-Newsletters
      • E-mail: Newsletter Sponsored Content (Native Advertising)
      • E-mail: Custom, White Papers & Webinars
      • E-mail: Specifications
    • Special Promotions
      • Print: IMTS Showstoppers
      • Print: Buyers Guide
      • Print: Manufacturing sMart
  • CONTACT US
  • AGMA
    • Membership
    • Events
    • Education
    • Emerging Technology
    • AGMA Media
    • Standards
Subscribe
  • Sign In
  • Create Account
  • Sign Out
  • My Account
Home » Software-Based Process Design in Gear Finish Hobbing

Software-Based Process Design in Gear Finish Hobbing

May 1, 2010
In this paper, the potential for geometrical cutting simulations - via penetration calculation to analyze and predict tool wear as well as to prolong tool life - is shown by means of gear finish hobbing. Typical profile angle deviations that occur with increasing tool wear are discussed. Finally, an approach is presented here to attain improved profile accuracy over the whole tool life of the finishing hob.
Design Manufacturing Inspection Software Cutting Tools Processes Tool Life Hobbing Skiving Wear Technical
KEYWORDS hobbing skiving software tool life tool wear
  • Download This Article

  • Related Articles

    KISSsoft for Gear Manufacturing

    INFAC Reports on Recent Hobbing and Heat Treating Experiments

    Missing the Geek Squad

Free Gear Technology Subscriptions
Subscribe
Free Gear Technology Subscriptions
Subscribe
FEATURED VIDEO
  • Laser Gear Inspection with Douglas Beerck of Gleason
February 28, 2022
RECOMMENDED
  • Grinding Slow, Grinding Fine

    June 27, 2022
    grinding-large-gear.jpg
  • Nondestructive evaluation of stresses and stress-related defects in gears

    June 27, 2022
    nondestructive-testing.jpg
  • Technology Advancements in EV Inspection

    June 27, 2022
    edrive-inspection.jpg
  • IMTS 2022 Booth Previews

    July 14, 2022
    imtsmap.jpg
  • Preview of 3D Printing at IMTS 2022

    July 14, 2022
    3d-printed-gear.jpg
  • IMTS 2022 Booth Previews

    July 14, 2022
    imtsmap.jpg
  • Preview of 3D Printing at IMTS 2022

    July 14, 2022
    3d-printed-gear.jpg
  • Grinding Slow, Grinding Fine

    June 27, 2022
    grinding-large-gear.jpg
  • Subscribe
  • Advertise
  • Contribute
  • AGMA
Powered byAGMA
Copyright © 2022 Gear Technology
  • Privacy Policy
  • Contact