![]() ![]() Is anyone able to help with this, or point to where it's already been discussed? I imagine this is a common requirement, so there must be a simple way to work around this. The problem arises with the stepcraft post-processor not liking the produced data. In fusion 360 it seemed that I could easily design a tool path for the underside by changing the tool orientation z-axis to be able to approach it. ![]() Up until now, I've only milled the top side of projects. You can subscribe to the Manufacturing Extension directly through Fusion 360, so what are you waiting for? Try out Fusion 360 and the Manufacturing Extension today.I've created a project in Fusion 360 that involves milling both sides of a piece of wood. At the end, they bring together the knowledge they’ve gained throughout the video to mill one final hemisphere with the goal of achieving the best possible surface finish.įusion 360’s Manufacturing Extension includes Steep and Shallow functionality, which makes it easy to machine parts with complex surface geometry (such as a hemisphere) in a single toolpath. The side-by-side comparison between the two is pretty epic and is worth a watch in and of itself if you’re curious to see what each machine is capable of. In this video, Saunders Machine Works does a deep dive into a few different processes and tests them each on the Tormach 1100MX and the DATRON Neo. Milling hemispheres isn’t a super difficult thing to do, but it’s important to know your options and the pros and cons of each method before starting your next project. There are so many ways to go about milling hemispheres in Fusion 360, including single operation or multiple operation workflows, and each method yields a slightly different surface finish. Saunders Machine Works (aka NYC CNC on YouTube ) recently shared a comprehensive guide on how to mill a hemisphere using Fusion 360. ![]()
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