How to Get More Out of Your Tools: Understanding Chip Thinning скачать в хорошем качестве

How to Get More Out of Your Tools: Understanding Chip Thinning

https://okt.to/HKaYTn In this webinar, Kennametal experts share best practices and solutions for the demanding applications and common problems facing the aerospace and general engineering industries. Learn more about overcoming challenges caused by thick chips and radial chip thinning, as well as how to achieve higher MRR and better utilize current tools. Leave us a comment below and let us know what you want to learn about in an upcoming webinar. Register for upcoming webinars to watch live https://okt.to/98ueNa 2:03 - What is chip thinning? 3:43 - What are the differences between radial and axial? 4:46 - A visual representation of chip thinning 7:38 - Radial chip thinning 8:59 - Factors 9:38 - Influence of the helix angle 11:39 - Axial chip thinning 13:40 - Chip thinning and a ball-nose cutter 15:14 - Definitions & Differences: average chip thickness (Hm), maximum chip thickness (Hx), program chip thickness, (fz), & actual chip thickness 19:23 - Why is chip thinning so important? How does chip thickness influence tool life?  20:50 - Edge geometries  21:29 - Efficiency 22:36 - What can thin chips do? 25:01 - Application example  26:35 - What happens with corners and arcs?  34:54 - Finishing 39:49 - Heat control 43:54 - What happens when axial and radial chip thinning comes together at the same time?  48:15 - Danny & Steve’s experiment with AdvantEdge in contour milling & MRR as a geometrical effect 53:18 - Multipliers for feed and speed to get the most out of your tool