#Autodesk fusion 360 sheet metal software#
#Autodesk fusion 360 sheet metal series#

The design is a democracy, and with branching and merging, you can be confident that the best design will always prevail. No more wonky workflows or duplicate files just to get your progress back into the main assembly. Fusion 360вЂ™s branch-and-merge functionality (now in tech preview) allows users to concurrently explore design ideas, then merge them back into the master branch without conflict.

#Autodesk fusion 360 sheet metal software#

Software engineers know that collaboration is the key. Get your waterjets, plasma and laser cutters ready because the sheet metal functionality will be putting them to the test. Never before has it been possible to design sheet metal parts and take them directly into the CAM workspace to generate toolpaths for cutting flat patterns, all in one workflow. Sheet metal has been the number one most-requested item in Fusion 360 forums and the Idea station.

One of the most highly anticipated features is sure to please the Fusion 360 community.

With these updates (and more), Fusion 360 continues to redefine what product development software is - itвЂ™s CAD + CAM + CAE all in one and all connected to the cloud for secure collaboration.

Sheet metal and branching-and-merging are making their way into the product innovation platform. In the future, if you would like a small gap so then you can spot weld the faces together, you can choose the appropriate fillet.Fresh into the New Year, the Fusion 360 team is already beginning to deliver on several of the new features announced in November at Autodesk University. Now you are ready to use the Bend tool in Autodesk Inventor Sheet Metal to connect these evenly-thickened bodies together! Notice that whatever radii you chose for the fillets represents the gap you have between each part. Since this is a surface, we can go ahead and select the fillets and any face we donвЂ™t want and Delete Face: Then, we will be opening up a new sheet metal part and using the Derive tool to bring in that filleted part вЂ“ as a surface. Therefore, the workaround we recommend is to actually create fillets first and then saving the model.

#Autodesk fusion 360 sheet metal series#

They were currently using the Shell tool, which works at first, however it introduces another series of problems that comes with getting rid of excess material, since Shell is meant for 3D modeling and not Autodesk Inventor Sheet Metal. Here is a model similar to that they are receiving: We have a customer who receives 3D solid blocks where they are asked to reverse engineer these into something that can be bent into sheet metal. Reverse Engineering a 3D Solid Model to Sheet Metal Then, after using the face command to give these sketches a thickness, we can connect them using the Corner Seam command in the Sheet Metal Environment to give us the desired result:Д¤. Then we can draw rectangular sketches on this plane to represent the flanges we want to create: Using the Two Coplanar Edges command, you can create a plane that lies on the top edge and the side edge: Make sure to thicken the part outwards so this can work. Now, we use the Angle to Plane around Edge to create a slanted plane (remember this angle value) in which we extend the surface to this point.ДЄfter that, use the thicken command (keep in mind we are still in the 3D Model workspace) and give it the sheet metal rule thickness. There is more than one way to achieve this, this is the way I go about it.ДЇirst, create the sketch of the model. Then, I go to create a Contour Flange of this skeleton which I Join it to the rest of the model and lastly, to ensure that they overlap, I use a regular 3D modeling Extrusion command to extend the other surface above my joggle:ДЄ compounded angle are multiple angles situated at the same instance hence the term compounded. I make sure that the distance is at least the sheet metal thickness (0.12вЂќ) so that the part is sliding underneath the other sheet metal part I also add 0.001вЂќ to this value (0.121вЂќ) to make sure there is a least a slight gap for the part to be spot welded together. To design this, the approach I take is by first creating a skeleton of the edge: It allows two sheet metal parts to overlap and remain flush with each other which can also prevent sliding. Sometimes, the easiest looking models are the most frustrating to create, because they look so darn easy! Take this example of a joggle here:ДЄ joggle, or a small offset near the edge of a piece of metal, is sometimes needed when creating sheet metal. Inventor will create the solution for you 2.