Since the release of this video, I have revisited this design and tried out a few alternative workflows. I have realised that the better way is to re-imagine the honeycomb pattern as a series of cuts instead. By doing that, I could have avoided a lot of the multibody operations. If time permits, I would make a follow up video on this.
insted of using that surface to extrude to, id use the spline to split the body to that shape. As allways great video, im allways learning new things from you.
Do you know if there is a way to make a honeycomb hole pattern through a body like 3d printer software does? I Want to basically have an STL model that looks like a 3d model with no top or bottom layer so the infill pattern surrounded by walls of the model. Does that make sense? If i could output gcode as STL that might work but it would be better if i can accomplish this with Fusion 360 instead
Hi Mickey, thanks for the kind words as always. When I first conceived of this video, my original plan was to use the replace face command. However, I would always get an error even when the surface body fully overlaps with the source face. I find that it would only work if I reduce the honeycomb density greatly.
3:36 instead of patterning the body, you could have extruded the first shape with a 'join' type, to join it to the rectangular body, then patterned the extruded feature on the timeline (selecting the 'adjust' option). This would eliminate the need to join the bodies later. You could have also defined the surface body before that, so the extrude to surface body could also be included in that feature pattern, reducing the overall number of steps to about 8 to get to the same end result. You might even be able to eliminate one more step by defining the surface body spline in the same sketch as the a side profile for the main case body, thereby eliminating one sketch.
Thank you for the suggestions. These are all very valid points. I will find time to try them out. On hindsight, my method can definitely be streamlined further. Might do a follow up video on this. Will definitely credit you.
Hi, I went to try extrude to surface (join with body) together with pattern and it does work well. Thank you for the suggestion again. I also wanted to clarify with you on your second point about making the spline in the same sketch as the body, in case I misunderstand. The spline is at angle to the main body side profile, so this wouldn't be possible.
@@Fusion360School if your first sketch were made side-on (extruding a side-profile), rather than top-on, then the spline could be in the same sketch, otherwise not.
Looking back at this video, I have to say that the method shown here is too convoluted. I have since tried a few alternative methods and have found a much simpler way to do this. If time permits, I might do a follow up.
Good video! Learned a few new functions I have missed. I would probably have made a full extrude of the honeycomb. Then made the shape I wanted with splines or a circle with desired radius, doubled the lines and then extruded/cut the shape into the honeycomb. Then add the main body back and joined what I wanted. Not sure if it would work, but I wouldn't even have thought of it unless I had seen your video! Never thought of doing esthetic stuff on my projects. But after seeing this I most definitely will! Gonna have to try this technique! Everything we do is a learning experience!
Check out the improved workflow here:
ruclips.net/video/pYVmP78aXkI/видео.html
Since the release of this video, I have revisited this design and tried out a few alternative workflows. I have realised that the better way is to re-imagine the honeycomb pattern as a series of cuts instead. By doing that, I could have avoided a lot of the multibody operations. If time permits, I would make a follow up video on this.
insted of using that surface to extrude to, id use the spline to split the body to that shape. As allways great video, im allways learning new things from you.
Yes, that would be the faster way. Come to think of it, I could have easily closed up the spline into a profile and do an extruded cut also!
I have concluded it is called Fusion 360 because there are 360 different ways to get any one result 😆
always mesmerized by your workflow. If I was making this part, my timeline would be at least three times as long. Informative as usual, keep it up!
Do you know if there is a way to make a honeycomb hole pattern through a body like 3d printer software does? I Want to basically have an STL model that looks like a 3d model with no top or bottom layer so the infill pattern surrounded by walls of the model. Does that make sense? If i could output gcode as STL that might work but it would be better if i can accomplish this with Fusion 360 instead
You provided me with the exact tutorial I needed. Thanks!
Love your videos, im always suprised by at least a few new things i had no idea about. Now i just have to remember them!
I was able to get this but,this was way above my pay grade.very easy to understand tho...Thanks
crikey I learned quite a few things in this video, especially around the constraints. Great video.
I would have preferred a revolve of the spline, so that is fading-in from all angles
Who knew? Subscribed and thank you!
Very good tutorial, thx so much!!
His workflow is really useful.Thanks for share 🙏
Very informative! Thanks for the video
Fantastic as usual! You have my mind spinning on how to use this in my projects!
Might be interesting to use this together with an emboss on non-planar surfaces.
@@Fusion360School Might just have a use for this. Thx!
you are freaking awesome!
After that next goal is to 3d print
Nice tricks shared in this video.
Excellent!. New Patron.
Thank you for the support!
Excellent video! Another command: replace face....it might have worked here as well as the extrude of the honeycomb. Your tutorials are the best!
Hi Mickey, thanks for the kind words as always. When I first conceived of this video, my original plan was to use the replace face command. However, I would always get an error even when the surface body fully overlaps with the source face. I find that it would only work if I reduce the honeycomb density greatly.
@@Fusion360School hrmm - I wonder why it is like that? I will investigate.
Good idea and execution as always!
Brilliant. Thank you!
Excellent stuff!
Dope
3:36 instead of patterning the body, you could have extruded the first shape with a 'join' type, to join it to the rectangular body, then patterned the extruded feature on the timeline (selecting the 'adjust' option). This would eliminate the need to join the bodies later. You could have also defined the surface body before that, so the extrude to surface body could also be included in that feature pattern, reducing the overall number of steps to about 8 to get to the same end result.
You might even be able to eliminate one more step by defining the surface body spline in the same sketch as the a side profile for the main case body, thereby eliminating one sketch.
Thank you for the suggestions. These are all very valid points. I will find time to try them out. On hindsight, my method can definitely be streamlined further. Might do a follow up video on this. Will definitely credit you.
Hi, I went to try extrude to surface (join with body) together with pattern and it does work well. Thank you for the suggestion again.
I also wanted to clarify with you on your second point about making the spline in the same sketch as the body, in case I misunderstand. The spline is at angle to the main body side profile, so this wouldn't be possible.
@@Fusion360School if your first sketch were made side-on (extruding a side-profile), rather than top-on, then the spline could be in the same sketch, otherwise not.
This is too complex for my skills. 😩
Looking back at this video, I have to say that the method shown here is too convoluted. I have since tried a few alternative methods and have found a much simpler way to do this. If time permits, I might do a follow up.
@@Fusion360School
👍🙏
Good video!
Learned a few new functions I have missed.
I would probably have made a full extrude of the honeycomb.
Then made the shape I wanted with splines or a circle with desired radius, doubled the lines and then extruded/cut the shape into the honeycomb. Then add the main body back and joined what I wanted. Not sure if it would work, but I wouldn't even have thought of it unless I had seen your video!
Never thought of doing esthetic stuff on my projects. But after seeing this I most definitely will!
Gonna have to try this technique! Everything we do is a learning experience!