Every machinist has their refined arsenal of tools that they like to use. No matter what the job looks like, they will try to find a way to pick their favorite tools and make them fit into the program.
Incorrect speeds and feeds are a surefire way to make terrible noises, break tools, and scrap parts. Initial attempts to machine this hardened ring gear made noises that would make any machinist shudder. Through experimentation, we optimized a recipe that is reliable, leaves a great surface finish, and provides good tool life.
McMaster-Carr is great for finding a part, making small orders, and even grabbing CAD models or drawings for hardware. Keep in mind however it can get expensive – if you’re buying in volume, spend the time to source your parts directly for a lower price.
This article originally appeared as an In the Loupe blogpost. Machinists face many problems and challenges when manufacturing gummy materials. These types of materials include low carbon steels, stainless steels, nickel alloys, titanium, copper, and metals with high chromium content. Gummy materials have a tendency to produce long, stringy chips, and are prone to creating built-up edge. These common problems can impact surface finish, tool life, and part tolerances. https://www.instagram.com/p/Bg4FgKZhsiH/?hl=en&taken-by=helicaltools
This article is in reference to a previous article and class from Autodesk University related to surface finish.