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#Slicer for fusion 360 tutorial mac osx
#Slicer for fusion 360 tutorial pdf
#Slicer for fusion 360 tutorial install
#Slicer for fusion 360 tutorial manual

Separates your 3D model into 2D segments of triangular meshes. When you done with setting up your material choose from the Construction Techniques “Folded Panels”. You also can save some presets for your material. You can set all of these settings by pressing the little wrench and then adjusting them on the bottom of the application window. For cutting grey cardboard around 0.5 to 1.5 mm you can set this to <=1 mm. This is the amount of material the laser will take away. There is also another setting we need to take in account. This will determine how narrow/wide the holes for tongues and tabs are we are going to produce later on. What’s more important is to set the “Thickness” of your material. if your desired object size exceeds you material size the application will allow you to export several cut sheets. Another way is adjusting the size based on your material size. You can set the “Object Size” when you need a defined size. This can be set to a fairly huge size (the laser cutter at the University of Applied Sciences Potsdam (Germany) has a size of 1200 mm to 900 mm). The manufacturing settings allow you to set the size of your material. When you import your 3D model you first need to set some options. We will cut them with different settings leaving a visual mark where to fold your material. The marks for the folding lines are enough to.

You need an Autodesk account for exporting your plans.

#Slicer for fusion 360 tutorial pdf

In there you’ll find the PDF under /Applications/SlicerForFusion360.app/Contents/

#Slicer for fusion 360 tutorial mac osx

On Mac OSX you can extract the Help PDF by opening the application package.

Splitting the panels can save you a lot of material.

Use the Right Mouse Button and paste from the pop up menu.

On a German localized computer the application accepts as decimal point the comma when entering values by typing - even though the numbers are displayed with a dot.

This cannot be set globally you will need to adjust this for each panel where you use units. The insane thing is that these are also done automatically.Īmazing stuff! Anyway, don’t take it from me, make sure to get this from the Fusion App store today. Putting the parts together in the end is made simple due to automatic part labelling, but nothing makes it easier than the animations Slicer produces.

#Slicer for fusion 360 tutorial manual

When you select that winning design, you can create DXF’s to use as true scale stencils for manual operations, or you can take them to Fusion 360 to create toolpaths for your laser or waterjet. Built in are DYNAMIC checks to ensure that parts are connected and that interferences are avoided as demonstrated by the red pieces in the gif below: With Slicer for Fusion 360, you can explore different construction techniques to capture design intent, limit material use, or explore stock selection and finish. From there, to take your models from Fusion to Slicer, all you’ll need to do is hit the 3D Print button… Once that’s done, you can then add it as a “custom” selection from within the 3D print command.

#Slicer for fusion 360 tutorial install

First, you’ll need to get and install it from the App Store. Step 1 is to get this tool to work seamlessly with Fusion 360. These, when teamed with Slicer for Fusion 360, will allow you to make incredible and complex designs. Built upon the 123D Make technology, this tool enables you to produce 3D products by slicing the models in a plethora of ways. More likely, you’ll find a bandsaw, jigsaw, or even a hand saw. I’d also guess that most of you don’t have a CNC in your garage…except for Curt of course. I’d venture to guess that all of you know that design is just small part of producing real products.