#Slicer for fusion 360 tutorial software
#Slicer for fusion 360 tutorial code
#Slicer for fusion 360 tutorial series
#Slicer for fusion 360 tutorial download

If you haven't spent time poking around I Like To Make Stuff, you've missed a treat. Now he runs the YouTube channel I Like To Make Stuff.

#Slicer for fusion 360 tutorial software

Bob went to design school and spent years both as a designer and a software developer. I used Fusion 360 to design the Ultimate Cable Organizer and also the dust collection adapter system I've been teasing over Instagram (it will eventually turn up in an article). I've been using Fusion 360 now for about three years and I'm still coming up to speed with it. That makes it a little hard to approach and even harder to master. It's an insanely complex, stupendously powerful program. You could use Fusion 360 to design a car. The cart itself is mostly woodworking.ДЇusion 360 is on a completely different level from either TinkerCAD or SketchUp. I just started using SketchUp, and I'm using it to design my new dust collection cart for the workshop. It's quite comfortable with designing an entire piece of furniture or even an entire house. It's much-beloved by woodworkers and builders.

I use TinkerCAD a lot for my quick-and-dirty Practical 3D Printing projects because it's quick and super-easy to learn. You can certainly use any of these programs to model your design, and then export your model to an STL file, which will then go through a slicer and be translated to G-code. Those who have followed my articles and videos have seen me discuss 123D Design (which is unfortunately discontinued), TinkerCAD, SketchUp, and Fusion 360.ДЄlso: Practical 3D prints: A first TinkerCAD project for your 3D printer If you design it yourself, you're going to need a 3D modeling program.

#Slicer for fusion 360 tutorial download

If you're going to print something on a 3D printer, you're either going to download an already-designed model from a repository like Thingiverse or MyMiniFactory - or you're going to design it yourself. In the same way that compilers convert human-readable lines of text into binary machine instructions that the CPU operates on, CAD/CAM programs and slicers comprise a pipeline converting human-viewable 3D models into G-code that fabrication machines operate on. Programmers will be very familiar with this approach. These are tools that let us create graphic representations of shapes, build them up, mold them, trim them, and turn them into digital models. Instead, we use 3D modeling tools, or CAD/CAM (for computer-aided design/computer-aided manufacturing).

#Slicer for fusion 360 tutorial code

The thing is, while some diehard 3D modelers will code in G-code, it's almost impossible for mortal humans to design complex 3D models directly in G-code. Codes can move a gantry to a specific X/Y/Z position, can control the heating and cooling of print heads, can instruct the printer to feed out filament, and more. It consists of a relatively large number of numeric codes (many preceded by the letter 'G', hence G-code) that function as commands that tell machines what specific actions they're to take. The G-code we're looking at as a foundation for desktop fabrication goes all the way back to the 1950s and the MIT Servomechanisms Laboratory. Most 3D printers (and subtractive devices like CNC machines) use a programming language called G-code (not to be confused with the 1999 album by rapper Juvenile, the 2005 song by Geto Boys on their The Foundation album, or the album put out in 2008 by Korean rapper Eun Ji Won).

#Slicer for fusion 360 tutorial series

Whether you're new to 3D printing or an old hand, ZDNet's 3D Printing Discovery Series will help you understand and get the most out of this amazing, accessible technology.